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ECKELMANN Case Controller UA 4 E Series, Operating Instruction

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ECKELMANN Case Controller UA 4 E Series Operating Instruction Download Page 26

Firmware V3.13

21.04.2021

26/466

4.

5.
6.
7.

•

Disconnect controller from the power supply for safety reasons (see also chapter 

Setting the controller type 

and other functions

).

Reset DIP switch S3 to the noted starting position.
Switch on controller again.
The settings of the controller have been reset to the factory settings.

5.1.2  Restart - restart of the controller

For a restart, the device is restarted with all configured parameters and the CAN bus address set on the decade 
switches 

S1

 and 

S2

. A restart can be initiated using the following procedure:

disconnection and reconnection of the power supply

Summary of Contents for Case Controller UA 4 E Series

Page 1: ... 13 21 04 2021 Docu 3 8 Operating instruction Case Controller UA 4xx E Controller for electronic expansion valves EEV The series UA 4xx E includes the following expansion stages UA 400 E CC UA 401 E CC UA 410 E AC ...

Page 2: ...E EDP Eckelmann Electronic Documentation Platform at www eckelmann de elds You reach all relevant documents for this component directly using the QR code https edp eckelmann de edp lds _s1nNBB45xE Information on safety and connection instructions are described in detail in chapter Industrial safety notes Copyright All rights to any use whatever utilisation further development forwarding and creati...

Page 3: ...1 Versions 20 4 2 Controller types 22 4 3 Updating firmware 24 5 Function UA 4xx E 25 5 1 Starting characteristics 25 5 1 1 First start reset controller to factory settings 25 5 1 2 Restart restart of the controller 26 5 2 Temperature zones 27 5 3 CAN bus mode 29 5 4 Standalone operation 30 5 4 1 Standalone operation using evaporator inlet sensors 30 5 4 2 Standalone operation using activated loca...

Page 4: ...r sensors only UA 131 E LS 66 5 8 Defrosting 66 5 8 1 Types of defrosting an overview 66 5 8 2 Defrosting in general 67 5 8 3 Discharge gas defrosting hot gas defrosting 73 5 8 4 Master slave mode defrost synchronisation via CAN bus 74 5 8 5 Master slave mode defrost synchronisation via wiring 77 5 8 5 1 Master slave mode for the synchronisation of the zones of a single contr 78 5 8 5 2 Master sla...

Page 5: ...perature recording 116 5 21 2 Temperature recording to EU Regulation 37 2005 116 5 21 3 Recording of t0 tc and relative humidity 116 5 21 4 Recording of messages and alarms 116 5 21 5 Actual value archiving with higher accuracy 15 sec 117 6 Installation and Startup of UA 4xx E 118 6 1 Installation 118 6 1 1 DIN rail mounting of the controller for electronic valves 118 6 1 1 1 Mounting on the DIN r...

Page 6: ...nputs 170 7 11 Terminal assignment of the analogue inputs for temperature sensors 171 7 11 1 Explanations for sensor positioning 173 7 11 2 Sensor identification 173 7 12 Assignment of the USB port 174 7 13 Wiring of the master slave function for defrost synchronisation 175 8 Operation UA 4xx E 176 8 1 Operation possibilities 176 8 2 Local operation with a BT 300 x operator interface 177 8 2 1 Loc...

Page 7: ...enu UA 141 E 271 9 3 2 Menu 1 Actual Values UA 141 E 272 9 3 3 Menu 2 Setpoints UA 141 E 279 9 3 4 Menu 3 Clock UA 141 E 287 9 3 5 Menu 4 Messages UA 141 E 290 9 3 6 Menu 5 Archive UA 141 E 291 9 3 7 Menu 6 Configuration UA 141 E 292 9 4 Contr Type UR 141 NE Menu tree 305 9 4 1 Main Menu UR 141 NE 308 9 4 2 Menu 1 Actual Values UR 141 NE 309 9 4 3 Menu 2 Setpoints UR 141 NE 315 9 4 4 Menu 3 Clock ...

Page 8: ...ning and disposal 451 10 1 Decommissioning Demounting 451 10 2 Disposal 451 11 Alarms and messages UA 4xx E 452 11 1 Alarm signaling and monitoring 455 11 1 1 Coldroom door open alarm 455 11 1 2 High or low temperature alarm 455 11 1 3 Low temperature monitoring t0 456 11 1 4 Alarm in the event of the absence of a defrost 456 11 1 5 Alarm in the event of the minimum permitted superheat being under...

Page 9: ...data 462 12 2 Mechanical Data 464 12 3 Mechanical data of the temperature sensor L243 5K3A1 464 13 Order numbers and accessories of UA 4xx E 465 13 1 Case Controller 465 13 2 Components 465 14 INTERNE INCUDES NICHT ZUR VERÖFFENTLICHUNG BESTIMMT 466 14 1 Kältemittel EN Menü 6 2 6 466 ...

Page 10: ...evere injury or death if the specified instructions are not observed WARNING Instructions with this symbol and or the signal word WARNING warn the user of situations that may cause severe injury or death if the specified instructions are not observed CAUTION Instructions with this symbol and or the signal word CAUTION warn the user of situations that may cause moderate or minor injury if the speci...

Page 11: ...OSAL symbol will cause damage to people and the environment 1 2 Explanation of text formatting Safety instructions or hazard warnings are composed of four elements The symbol with text e g for DANGER a concise description of the hazard and a description of the possible consequences Where applicable a catalogue with measures for avoiding the hazard For example A general instruction consists of two ...

Page 12: ...g the device check whether it is suitable for your application with regard to its limit values The equipment must be installed in an electrically shielded area within the switch cabinet Before connecting the device it must be checked whether the power supply is suitable for the device When using uncoded plug connectors it is possible to connect them so that there is a danger to life and limb If th...

Page 13: ...sion of such persons The applicable regulations e g DIN EN 60204 EN 50178 DGUV Regulation 3 DIN VDE 0100 0113 must be observed The operating personnel must be instructed in how to handle the system machine and the controller and must be familiar with the operating instructions WARNING Warning of damage to goods In our experience the transmission of fault messages is not yet functional during the p...

Page 14: ...sed under the environmental conditions in these instructions Read the safety instructions and the instructions for installation and putting into service operation and maintenance THEN start the commissioning and or operation of the machine system The safety and functionality of the machine system are only guaranteed for this intended application Never use the machine system its components control ...

Page 15: ...ltmeter just before use Prove dead on all poles at the disconnection point Prove dead on all poles at the work area 4 Ground and short circuit All electrical parts at the work area must be grounded and then short circuited 5 Cover or block off adjacent live parts If there is live equipment adjacent to the work area it must be covered using appropriate materials e g insulation blankets plates DANGE...

Page 16: ...owing Conductive flooring ESD workstations equipped with suitable tools grounded soldering guns antistatic wrist straps etc Conductive ESD bags conductive plastic containers IC tubes or cartons lined with conductive foam Containers and worktops made of wood metal or conductive plastics or paper bags 2 6 Abbreviations used DGUV Regulation 3 Accident Prevention Regulation for Electrical Systems and ...

Page 17: ...g in refrigerated cases and cold rooms for normal temperature refrigeration low temperature refrigeration NT LT cascade controllers or sub coolers The appropriate controller type for multidecks refrigerated counters freezer islands freezer rooms etc can be set easily using the DIP switches on the controller The factory settings for the desired application that have been tried and tested in practic...

Page 18: ...unction in the event of pack failure 3 2 Hardware The case controller is housed in a plastic casing for DIN rail mounting and does not require any further optional extension modules Up to 99 case controllers can be used in the E LDS system If required a BT 300 x Operator Interface and up to 4 BT 30 Temperature Displays can be connected For the direct parametrisation of the case controller via LDSW...

Page 19: ...g for the connection of pressure transmitters or a humidity sensor 2 Outputs Semiconductor relay SSR 230 V AC 1 A SSR Solid State Relay normally open contact for controlling electronic expansion valves 1 2 2 2 x transistor outputs 24 V DC 50 mA Light control Frame and pane heater 2 2 2 Relay outputs 230 V AC 6 A normally open contact 4 4 4 Relay output Alarm relay 230 V AC 6 A changeover contact 1...

Page 20: ...eration Standalone operation For integration in the CAN bus of the E LDS system Number of temperature sensors 5 10 10 Alarm relay 1 Analogue inputs 4 20 mA 2 Analogue outputs 0 10 V 2 Integrated real time clock power reserve using battery lithium cell Integrated archive memory for data recording Sub cooler UK 100 E cascade controller KR 160 E for details see chapter Controller types Replacement co...

Page 21: ...ch provides a quick distinguishing feature 1st generation Characteristic 8 position DIP switch UA 400 E CC UA 410 E AC since 2011 2nd generation Characteristic 9 position DIP switch UA 400 E CC UA 410 E AC from Oct Nov 2018 UA 401 E CC from Oct 2019 Note The range of functions described in this operating manual refers to the complete design ...

Page 22: ...UA 410 E AC complete design Sub cooler controller UK 100 E Subcooler controller with special characteristics for regulation of a refrigerant subcooler Cascade controller KR 160 E Cascade controller with special characteristics for regulation of a cascade with heat exchanger Special feature Two device generations are available The DIP switch S3 provides a quick distinguishing feature Example Settin...

Page 23: ...Firmware V3 13 21 04 2021 23 466 For more details see chapter Operation UA 4xx E ...

Page 24: ...ss In some cases a change of firmware version can lead to the loss of all the setpoints in the case controller As a precaution the settings must be backed up by saving them to the LDSWin PC software prior to the update After the firmware update the backup settings can be reloaded into the controller from LDSWin A software update is only to be carried out by trained staff or factory side by the man...

Page 25: ...The first start can be initiated using the following procedure Disconnect controller from the power supply for safety reasons see also chapter Setting the controller type and other functions make a note of the DIP switch S3 settings e g OFF ON OFF Adjust settings at the DIP switch S3 e g OFF OFF OFF Power on the controller again and wait approx 1 minute while the controller starts up Functions and...

Page 26: ...oted starting position Switch on controller again The settings of the controller have been reset to the factory settings 5 1 2 Restart restart of the controller For a restart the device is restarted with all configured parameters and the CAN bus address set on the decade switches S1 and S2 A restart can be initiated using the following procedure disconnection and reconnection of the power supply ...

Page 27: ...ture zone Single zone operation UA 400 E CC UA 401 E CC UA 410 E AC one temperature zone one pilot case In single zone operation the second E valve is controlled with the same opening degree at a different time than the first E valve tandem operation only UA 400 E CC UA 410 E AC Only the first five sensors and only the setpoints of the first zone are included for the regulation For the room contro...

Page 28: ...this operating mode the room air sensor for the first zone R4 1 is used for the room temperature control of both zones The superheat control of both zones continues to be performed independently This operating mode is suitable e g for the use of two independently controlled evaporators within one room In order to activate operation the following must apply two zone operation is set menu 6 1 and th...

Page 29: ...rant on the suction side of the compressor Operating mode t0 via CAN bus menu 6 2 6 The evaporator inlet sensors R5 1 and R5 2 should also be connected in the t0 via CAN bus operating mode This results in improved emergency running characteristics in the event of failure of the CAN bus transmission In standalone operation without local pressure transmitter the sensors R5 1 and R5 2 must be connect...

Page 30: ...the evaporator after the defrost for the following temperature control Superheat control see chapter Superheat control Alarm is signalled via the alarm relay Alarm relay Local operation with a BT 300 x operator interface 5 4 1 Standalone operation using evaporator inlet sensors Only UA 400 E UA 410 E The UA 400 E CC and UA 410 E AC can operate to a limited extent in so called standalone operation ...

Page 31: ... 6 2 6 The suction gas temperature t0 determined using the local pressure transmitters is always the preferred one even if the suction gas temperature t0 transmitted by the pack controller via the CAN bus is available in the controller as the controller is integrated in the CAN bus ATTENTION In the event of failure of the pressure transmitters and the CAN bus suction gas temperature t0 for superhe...

Page 32: ...minal assignment of the analogue inputs for temperature sensors The following NTC sensors are intended L243 K243 temperature range 50 50 C The sensor K243 can also be used instead of the sensor L243 The characteristic curves of these two sensors are identical K277 temperature range 50 50 C 5K3A1 temperature range 0 100 C For detailed information and dimension details see chapter Mechanical data of...

Page 33: ... R5 1 or R4 3 Zone 2 R5 2 or R4 4 UR 141 NEUR 141 TE Zone 1 R1 1 R4 1 R6 1 Zone 2 R1 2 R4 2 R6 2 Zone 1 R2 1 R5 1 Zone 2 R2 2 R5 2 UK 100 E KR 160 E Zone 1 R4 1 R6 1 Zone 2 R4 2 R6 2 Zone 1 R1 1 R5 1 Zone 2 R1 2 R5 2 only UA 131 E LS for operation with 4 return air sensors R4 3 R4 4 are activated only UA 410 E AC ATTENTION Compressor damage Danger due to liquid refrigerant on the suction side of t...

Page 34: ...Firmware V3 13 21 04 2021 34 466 For details about the pin assignment see chapter Terminal assignment of the analogue inputs for temperature sensors ...

Page 35: ...e sections that follow describes the various functions of the case controller for control of refrigeration points equipped with an electronic expansion valve The availability of certain controller functions is governed by which controller type is set on DIP Switch S3 see Section Setting the controller type and other functions ATTENTION The evaporator inlet sensors R5 1 and R5 2 are optional if the...

Page 36: ...troller Cooling via non pulsed output controller types UA 121 E UA 131 E UK 100 E KR 160 E It is possible to control the cooling via a static non pulsed cooling output for the controller types UA 131 E KR 160 E and UK 100 E The relay is controlled depending on the current opening degree The following always applies The output for the static cooling is switched off if the opening degree is zero If ...

Page 37: ...10 E AC UA 400 E CC UA 410 E AC UA 401 E CC UA 400 E CC UA 410 E AC Single zone operation Single zone operation Two zone operation Standalone operation EEV1 on terminals 23 24 EEV1 and EEV2 on terminals 23 24 and 33 34 For details see Terminal assignment of the 230 V AC relay outputs Pulsed electronic expansion valves The parameter Freigaberel menu 6 3 must be configured to OFF factory setting so ...

Page 38: ...0 V corresponds to 0 100 for the control of continuous motor expansion valves factory setting The following must be observed when using the analogue outputs The opening degree at the two analogue outputs is only output if the coding switch 6 of the DIP switch S3 is also set to OFF factory setting for details see chapter Control of continuous motor expansion valves ...

Page 39: ...n The UA 121 E UA 131 E KR 160 E and UK 100 E have one relay output Static Cooling terminals 63 64 and two relay outputs for the UK 100 E KR 160 E terminals 63 64 and 73 74 The enable signal here does not need to be generated via a time relay or using the Enable relay function the static cooling output can be used directly for the enable For details see chapter Terminal assignment of the 230 V AC ...

Page 40: ... details see Functions of the analogue outputs 0 10 V Analogue output 1 AO1 terminals 29 30 Analogue output 2 AO2 terminals 31 32 Example With an opening degree of 25 in zone 1 a voltage of 2 5 V is output at the associated analogue output 1 AO1 For further details about the connections see chapter Terminal assignment of the 0 10 V analogue inputs Some continuous motor expansion valves require an ...

Page 41: ...heir enable input or if an additional solenoid valve should be used for shutdown for safety reasons the two semiconductor relays EEV1 and EEV2 terminals 23 24 and 33 34 can be used for this Furthermore the enable relays can support the implementation of standalone operation with compressor control on the refrigeration point side Example Enable relay in single zone operation For details see Termina...

Page 42: ...10 V If the parameter Freigaberel is set to OFF the two semiconductor relays cycle factory setting for details see chapter Control of the expansion valves ATTENTION Danger due to liquid refrigerant on the suction side of the compressor The superheat control is only performed via the analogue outputs If the wiring is incorrect there is a risk of liquid refrigerant escaping from the evaporator When ...

Page 43: ...one or two zone mode In single zone mode sensors Ry 1 act on both relays 1 and 2 of the expansion valves The two relays are actuated at separate times see Section Two Temperature Zones R2 1 Supply air sensor Terminal Z11 12 R4 1 Return air sensor Terminal Z21 22 R5 1 Evaporator inlet sensor Terminal Z41 42 R6 1 Evaporator outlet sensor Terminal Z51 52 Expansion valve 1 Relay for expansion valve 1 ...

Page 44: ... R5 1 Evaporator inlet sensor Terminal Z41 42 R6 1 Evaporator outlet sensor Terminal Z51 52 R2 2 Supply air sensor Terminal Z61 62 R4 2 Return air sensor Terminal Z71 72 R5 2 Evaporator inlet sensor Terminal Z91 92 R6 2 Evaporator outlet sensor Terminal Z01 02 Expansion valve 1 Relay for expansion valve 1 Terminal 23 24 Expansion valve 2 Relay for expansion valve 2 Terminal 33 34 ...

Page 45: ...urn airActual Return airSetpoint Setpoint is toggled between supply air and return air setpoint in linear steps see diagram below Example 3 Return airActual Return airSetpoint Supply air is controlled to supply air setpoint When supply air temperature equals the current setpoint opening duration of the expansion valves is reduced to the time required to maintain the current state If only one of th...

Page 46: ... equals the current setpoint opening duration of the expansion valve is reduced to the time required to maintain the current state Cooling can take place in single zone mode or two zone operating mode In single zone mode Ry 1 sensors act on Relay 1 R4 1 Cold room air sensor Terminal Z21 22 R5 1 Evaporator inlet sensor Terminal Z41 42 R6 1 Evaporator outlet sensor Terminal Z51 52 Expansion valve 1 ...

Page 47: ... 1 Evaporator inlet sensor Terminal Z41 42 R6 1 Evaporator outlet sensor Terminal Z51 52 R4 2 Cold room air sensor Terminal Z71 72 R5 2 Evaporator inlet sensor Terminal Z91 92 R6 2 Evaporator outlet sensor Terminal Z01 02 Expansion valve 1 Relay for expansion valve 1 Terminal 23 24 Expansion valve 2 Relay for expansion valve 2 Terminal 33 34 ...

Page 48: ...f the expansion valve is reduced to the value required to maintain the condition reached Cooling can take place in single zone operation tandem operation or in two zone operation In single zone operation tandem operation sensors Ry 1 have an effect on relay 1 and relay 2 R4 1 Refrigerant temperature sensor terminals Z21 22 R5 1 Evaporator input sensor terminals Z41 42 R6 1 Evaporator output sensor...

Page 49: ...rminals Z21 22 R5 1 Evaporator input sensor terminals Z41 42 R6 1 Evaporator output sensor terminals Z51 52 R4 2 Refrigerant temperature sensor terminals Z71 72 R5 2 Evaporator input sensor terminals Z91 92 R6 2 Evaporator output sensor terminals Z01 02 E valve 1 Relay for expansion valve 1 terminals 23 24 E valve 2 Relay for expansion valve 2 terminals 33 34 ...

Page 50: ... when the temperature controller enables the superheat control The fans switch off again when the superheat control is disabled Controller type UK 100 E The cooling is controlled according to the temperature of the refrigerant temperature sensor The cooling relay is switched off if this sensor reaches the specified setpoint switch off value The refrigerant temperature control enables the superheat...

Page 51: ...erature on the suction pressure side and evaporator side Correct transmission of suction pressure via the CAN bus requires the Pack No menu 6 1 to be set on the case controller When using a VS 3010 BS pack controller the compressor pack parameter must also be set If transmission of evaporating pressure by the pack controller is interrupted superheat is derived from the temperature difference betwe...

Page 52: ...cted The value from the pressure transmitter connected to analogue input 1 AIN1 terminals 21 22 is preferred for evaluation see chapter On off control If this is deactivated or fails then recourse is made to the t0 transmitted from a case controller or the pack controller via the CAN bus If this is also not available then the evaporator input sensor R5 x is employed Limiting of the evaporator outp...

Page 53: ... Setp RSH z1 2 Setpoint for the relative superheat in zone 1 2 This value has an effect on the superheat setpoint calculated by the controller A higher value for Setp RSH leads to the calculation of a higher superheat setpoint and vice versa Setpoint Max slw rate Setpoint for the maximum speed at which the calculated superheat setpoint can change Oil Return Function This function serves to improve...

Page 54: ...etails see chapter Überhitzungsregelung Selection of the used refrigerant can be set for each sensor Supported refrigerants R404A R744 CO2 R134a R410A R717 NH3 R22 R290 R407C R507 R1270 R402A R502 R407F R422A R422D R408A R407D R407A R427A R438A R152a R170 R600 R600a R449A R450A R448A R455A R447B R1234ze R1233zd R1234yf R513A Adjustment of the analogue input to the pressure transmitter employed Inp...

Page 55: ...e control functions Example Configuration of the analogue values for the sending and receiving of the analogue values for Zone 1 Task Four island freezers are to use the same pressure transmitter In order to do this the pressure transmitter is connected to a case controller and the pressure values recorded made available to the other three case controllers The following parameters need to be set 1...

Page 56: ...inals 33 34 see chapter Terminal assignment of the 230 V AC relay outputs is available for the switching of the heating circuit regulation Heating circuit control The Heatg Circuit parameter must be set to a value other than The relative humidity is measured using a humidity sensor via the second analogue input 11 14 for details see chapter Terminal assignment of the 4 20 mA analogue inputs and pa...

Page 57: ...e differentiation is required here to prevent the room air from becoming too cold The switching threshold for humidity control can be set with the Feuchte Hyst parameter In the event of this value being undercut at the humidity sensor the relay contact 33 34 for the heating circuit is switched on The heating contact is otherwise controlled as previously usual by the UR 141 NE UR 141 TE If you do n...

Page 58: ...allback in the event of the failure of the local pressure transmitter or for saving on the local pressure transmitter The value of the pressure transmitter connected to the analogue input AIN2 terminals 11 14 is preferred for the regulation If this has been disabled or fails the tc received from a remote case controller is used if possible see chapter Sending and receiving of analogue values via C...

Page 59: ...smitted from a pack controller via the CAN bus The following parameters menu 6 2 6 must be observed Set parameter Fkt AIN2 to tc TK Parametrise analogue input AIN2 and or parameter Verb tc TK Set tcZ2 Ramp m to values not equal to Then the function can be set using the parameters tcZ2 Max tcZ2 Min and tcZ2 toZ1Df The dynamically determined tc setpoint can never be greater than tcZ2 Max and never s...

Page 60: ...Expiry of the injection duration safety function Exceeding the superheat setpoint by the difference of R6 x R5 x in the case of control with two temperature sensors this corresponds to the superheat and falling below the return air setpoint 5 K of the evaporator input sensor R5 x Suction gas pressure transmission t0 from the pack controller 5 7 13 1 Fixed valve opening degree for servicing purpose...

Page 61: ...lly closes completely This behaviour is achieved by freezing the temperature sensor R6 which simulates a small superheat to the controller Thus it is irrelevant how high the temperature at R6 rises as the superheat controller only sees the maximum value R6 which it calculates from the set MOP the superheat setpoint Setp SH With increasing to and frozen R6 the superheat SH SH R6 t0 sinks and the op...

Page 62: ...tly defined The forcibly actuated shutdown always takes place 1 5 hours after start of the defrost and every hour afterwards The running time monitoring can be activated for all controller types Under certain circumstances it can also be used to force the otherwise continuously regulating E valves to be switched off regularly if this is required by a refrigerated case the products or the E valve k...

Page 63: ... 5 7 17 Forced cooling except UK 100 E KR 160 E The pack controller e g VS 3010 can initiate a forced cooling for the case controller via CAN bus The case controller performs continuous cooling for as long as forced cooling is active ...

Page 64: ...rature setpoint are set close together in continuous control mode The parameters must be set accordingly ATTENTION Damage to equipment and goods Faulty adjustment of setpoints entails the risk of damage to the system and merchandise The setpoint for the heating circuit must be set lower than for cooling A second zone must not be selected when heating circuit control is used Only then is it possibl...

Page 65: ...ency opening degree is used for further control The superheat controller remains active and can reduce the emergency opening degree limit Failure of the superheat control If the superheat control fails the system switches to emergency operation and outputs the emergency opening degree The temperature controller remains active and can also reduce the emergency opening degree limit Failure of case a...

Page 66: ...to the original sensor R4 1 or R4 2 and with a weighting value of 100 completely according to the respective second sensor R4 3 or R4 4 Intermediate values result in regulation to the weighted average of both sensors 5 8 Defrosting 5 8 1 Types of defrosting an overview The following types of defrost are described in the following chapters Defrost in general Discharge gas defrosting hot gas defrost...

Page 67: ...ration the defrost termination of the common first zone is not reached until both sensors have exceeded the defrost termination temperature the sensor R1 1 acts on heater 1 R1 2 if plugged in acts on heater 2 R1 1 Defrost sensor terminals Z31 Z32 R1 2 Optional terminals Z81 Z82 E valve 1 Relay for expansion valve 1 terminals 23 24 Defrost heater 1 Relay for defrost heater 1 terminals 43 44 Excepti...

Page 68: ...alve 2 Relay for expansion valve 2 terminals 33 34 Defrost heater 1 Relay for defrost heater 1 terminals 43 44 Defrost heater 2 Relay for defrost heater 2 terminals 53 54 Assignment of the sensors to the defrost relays Optional not attached sensors are not used for switching the defrost relay Controller type Sensor Comment UA 121 E UA 131 E UA 131 E LS UA 141 E UR 141 NE UR 141 TE UK 100 E KR 160 ...

Page 69: ... level control e g Combi Gateway In all cases it is checked whether the conditions for defrosting are met before defrosting is initiated The conditions are evaporator temperature defrost termination temperature In the case of defrost on demand Defrost counter 1 There is no Sensor fault EEV1 2 or emerg cut out SH Z1 2 alarm Using a command from the pack controller via the CAN bus The defrost hotgas...

Page 70: ... of the case controller The sensor fault alarm is suppressed during the defrost in order to prevent false alarms see also chapter Alarm for open cold room door Defrost on demand controller types UA 131 E UR 141 NE UR 141 TE The defrost on demand means that depending on the melting time of a previous defrost it is decided whether a requested defrost is initiated or skipped The defrost on demand is ...

Page 71: ... only single stage defrosting or in the case of an evaporator with two stage defrost heater For the activation of a 2nd defrosting stage the controller must be set to single zone operation using the Temperaturzonen parameter menu 6 1 for details see chapter Temperature zones Then the 2nd defrost stage menu item becomes visible menu 2 2 1 If a defrost is initiated the 1st defrost stage relay defros...

Page 72: ...ect Remote Control Case Controller or CAN bus address 3 Timer 2 Defrost Timer and in the line man Abtauung set it to ON or via the host computer see LDSWin operating manual Automatic initiation of the defrost during first start A defrost is automatically started during first start for the following controller types UA 121 E UA 131 E UA 141 E In the case of discharge gas defrosting hotgas defrostin...

Page 73: ...be carried out immediately In contrast to the UA 131 DD see UA 300 UA 400 there is no time delay before the start of defrosting Termination of discharge gas defrosting with UR 141 TE Defrosting is terminated by the defrost termination temperature sensors without delay If an internal defrost timer is set on controller types suitable for discharge gas defrosting it will be changed automatically to e...

Page 74: ...g again All the other defrost participants when existing are called defrost slaves and follow the instructions of the defrost master Several independent defrost groups can be realised i e a number of defrost masters who each administer an arbitrary number of defrost slaves In addition to the defrost groups further controllers entering defrost within the system can exist independently of the groups...

Page 75: ...uld defrost or switch to cooling together Define one of the controllers as the defrost master Configure the defrost master e g controller with CAN address 11 as follows under 2 Setpoints 2 Defrost 1 Zone 1 1 Set M S Abt Fkt to Master and 2 M S CAN Adr to Configure all slaves as follows under 2 Setpoints 2 Defrost 1 Zone 1 1 Set M S Abt Fkt to Slave and 2 Input M S CAN Adr CAN address of the master...

Page 76: ...ot cool while the cooling remains blocked by the master Alarm signalling when defrost is not performed A No Defrost message is output by both the master as well as the slave controller if the defrost was not performed The generation of this message is coupled to the delay time for this alarm and is therefore automatically sent by all affected controllers if no defrost takes place In master slave o...

Page 77: ...ly and then switch to cooling together Multiple participating controllers are synchronised via hardware wiring see chapter Wiring of the master slave function for defrost synchronisation In addition in the case of one controller in two zone operation this can be used to force the joint return of both zones to cooling following a defrost ATTENTION Damage to the system and stock loss When using this...

Page 78: ...ones the defrost in each zone is terminated dependent on the defrost termination sensor of the respective zone and immediately switched to cooling If in contrast an operating mode is required where both zones simultaneously switch to cooling following the defrost then the master slave function on DIP switch 3 of coding switch 4 also needs to be set to ON Cooling will then not be resumed until defr...

Page 79: ...ive zone the defrost relay is switched off Cooling is only resumed when all the control zones of all the participating case controllers have completed the defrost or the safe defrost time has elapsed Defrosting example Case controller UA M configured as master Case controller UA S configured as slave The start of the synchronised master slave defrost is initiated via the internal timer Note the fo...

Page 80: ...eously at the commencement of defrosting As defrosting proceeds the evaporator defrost relays are de energized separately and exclusively as a function of defrost termination temperature All the characteristics of the defrost function such as defrost on demand defrost via CAN bus and manual defrost are preserved by the master case controller and also need to be parameterised here on the master The...

Page 81: ...ot commence until defosting has been fully completed and cooling resumes Once defrosting is started by the internal clock no new defrost cycle can be initiated until the safe defrost time has expired even though the controller may have returned to cooling mode before then The set controller mode and activation of master slave mode can be checked in the Type and Version menu 6 2 1 ATTENTION Damage ...

Page 82: ...t The number of CD masters as well as the number of controllers assigned to them is only limited by the maximum number of participants in the E LDS system Within a consecutive defrost system master and its assigned slaves the sequence is established by group numbers The allocated group numbers are defrosted in ascending order beginning with group number 1 If several controllers on one CD master ha...

Page 83: ... menu 2 Setpoints 2 Defrost Zone 1 The first thing to be configured is the function of the controller with regard to the consecutive defrost Master or Slave or OFF if the controller does not participate in the consecutive defrost parameter FA Funktion The associated defrost group parameter FA Gruppe and the CAN bus address of the CD Master parameter FA Master must be set for the slaves The CD mast...

Page 84: ...e The parameter FA Gruppe on the slave must be set so that the controller is defrosted in the desired group with other controllers and or in the desired sequence relative to other controllers For the sake of clarity the group numbers should be assigned with the CAN bus address in ascending order and without gaps but this is not mandatory The CAN bus address of the CD Master is set for every slave ...

Page 85: ...can nevertheless be performed if needed Safe defrost times drip and wait times and defrost on demand can be assigned individually for every controller of the consecutive chain The parameter FA Master must not be set to CAN bus addresses that do not exist If the controller does not exist or is unable to execute a defrost the alarm No Defrost is generated Group numbers The consecutive defrost master...

Page 86: ...e defrost master must have sufficient time between them It must not happen that another defrost is initiated in the defrost master while the previous defrost is still in progress If for example there are 3 consecutive defrost groups each with a safe defrost time of 60 minutes for the slaves then the time period between two defrost start times on the consecutive defrost master must be at least 3 ho...

Page 87: ...ted type when the controller turns on the fan then the relay contact 73 73 is opened when the controller turns off the fan then the relay contact 73 73 is closed 5 10 2 Fan control controller type UA 131 E The fan is switched on during refrigeration Fan behaviour during defrosting can be adjusted switch off continuous operation The fan controller uses the defrost sensors R1 1 and R1 2 as well as a...

Page 88: ... relay contact 73 73 is closed 5 10 3 Fan control controller type UA 131 E LS with enhanced fan control The enhanced functions for the fan control must be activated via the DIP switch S3 on the circuit board of the case controller Apart from the terminal assignment of the analogue inputs for temperature sensors the terminal assignment is identical to the terminal assignment of the UA 131 E see cha...

Page 89: ... desired operating mode must first be selected for the fan control This is done via the parameter BetrArt The following four parameters are available for the operating mode DAUERLAUF continuous operation VORLAUF flow NACHLAUF overrun VERZ N ABT delay after defrost The two parameters Lüfteranlauf and Lüfter Über are used for control of the fans via the temperature at the evaporator sensors R1 1 and...

Page 90: ... Function description of the 4 operating modes 1 Operating mode continuous fan operation The fan relay is always switched on in this operating mode The two parameters Lüfteranlauf and Lüfter Über have no effect in this operating mode ...

Page 91: ...in in all cases Only the evaporator sensor R1 1 is used for fan control in single zone operation Both evaporator sensors R1 1 and R1 2 are used for fan control in two zone operation If the evaporator sensor R1 2 is not attached then only the evaporator sensor R1 1 is also used for fan control in two zone operation The fan relay does not change its state during any possibly parametrised drip time T...

Page 92: ...es on again if the parameter Lüfteranlauf on the evaporator is undercut again In single zone operation only the evaporator sensor R1 1 is used for the fan control Both evaporator sensors R1 1 and R1 2 are used for the fan control in two zone operation If the evaporator sensor R1 2 is not attached then only the evaporator sensor R1 1 is also used for fan control in two zone operation The fan relay ...

Page 93: ...aporator is undercut In single zone operation only the evaporator sensor R1 1 has to fall below the value of Lüfteranlauf so that the fan relay is switched on In two zone operation both evaporator sensors R1 1 and R1 2 must fall below the value of Lüfteranlauf so that the fan relay is switched on again If the evaporator sensor R1 2 is not attached then the fan relay is also only controlled via R1 ...

Page 94: ... refrigeration The behaviour of the fan during defrosting can be adjusted switch off continuous operation i e is dependent on the set controller type see below The fan controller has a different effect on the fan relay during single zone or two zone operation ngle zone mode the defrost sensor R1 1 and fan control relay act on one zone R1 1 Defrost sensor Terminal Z31 Z32 Expansion valve 1 Relay fo...

Page 95: ...s each act separately on one zone R1 1 Defrost sensor Terminal Z31 Z32 R1 2 Defrost sensor Terminal Z81 Z82 Expansion valve 1 Relay for expansion valve 1 Terminal 23 24 Expansion valve 2 Relay for expansion valve 2 Terminal 33 34 Fan 1 Fan control relay Terminal 63 64 Fan 2 Fan control relay Terminal 73 74 ...

Page 96: ...tarting are checked only after the drip time has expired If on off control is activated the following will additionally apply The fans are operated with room control If the fan is switched off via the coldroom controller then in order to switch the fan back on via the coldroom controller the thermal fan delay on the evaporator sensor must also be exceeded The fans start when the room controller en...

Page 97: ...oncerned R1 x greater than the set Thermal Fan Delay parameter This condition occurs when temperature is too high on the defrost sensor Cooling is stopped by the temperature setpoint plus hysteresis 5 10 8 Heating circuit contr type UR 141 TE UR 141 NE in single zone operation The conditions stated above for fan starting after defrosting apply together with following additions Zone 1 fans always s...

Page 98: ...er has 4 floating 230 V AC digital inputs for details see chapter Terminal assignment of the 230 V AC digital inputs Defrosting in general Setpoint toggle day night operation Manual shutdown Automatic on off Door contact Registration of external alarms e g CO2 alarm ...

Page 99: ...ounters it is necessary to carry out a regular setpoint toggle By means of the parameter Toggle interv menu 3 3 it is possible to conduct this cyclical setpoint toggle every 10 to 60 minutes The function can be switched off when the parameter is set to Furthermore the parameter is only visible when the parameter Toggle Setp menu 3 3 is set to INT Example If the parameter Toggle interv is set to 15...

Page 100: ...t from being forced out of the case Setpoint toggle can be activated via Digital Input 2 Terminal D21 D22 factory setting This requires Input 2 to be set as SETP TOGGLE The external setpoint toggle function is then available Alternatively with an appropriate parameterisation of the digital inputs menu 6 2 4 the setpoint switch can be carried out via digital input 1 terminals D11 D12 or digital inp...

Page 101: ...voltage pulse applied to digital Input 2 terminals D21 D22 The transisitor output terminals 91 92 93 is set to 0 V DANGER Warning hazardous electrical voltage Danger of electric shock BEFORE and AFTER connection it must checked that the 24 V DC transistor outputs are off load The controller and connected voltage carrying components remain supplied with power Counter shutdown can be activated via d...

Page 102: ...30 V digital input is configured on Door Contact 2 In single zone operation the door contacts always act on first zone control The only exception is when both 230 V inputs are set to door contact function in which instance Door Contact 1 alone acts on control and Door Contact 2 has no function DANGER Warning hazardous electrical voltage Danger of electric shock BEFORE and AFTER connection it must ...

Page 103: ...shock BEFORE connecting and disconnecting it must be checked that the 230 V AC digital inputs are off load The controller and connected voltage carrying components remain supplied with power The external alarm can be activated via digital input 4 terminals D41 D42 see chapter Belegung der 230 V AC Digitaleingänge If the digital input is used for the monitoring of e g a CO2 alarm then for safety re...

Page 104: ... opening degree coding switch 6 OFF factory setting The output of the opening degree 0 100 corresponds to 0 10 V at the two analogue outputs for the control of continuous expansion valves for the zones 1 2 for details see chapter Control of the expansion valves ATTENTION Damage to the installation and stock loss The changeover of the analogue outputs is only intended for trained personnel as chang...

Page 105: ... g a low minimum fan speed is required 5 13 Light control The case controller is equipped for activating the case lighting night blind Activation is carried out via the transistor output 1 terminals 81 82 see chapter Belegung der 24 V DC Transistorausgänge ATTENTION If a fixed analogue value is required coding switch 6 ON the parameter Freigaberel must also be set to OFF so that the two expansion ...

Page 106: ...ystem centre store computer PLC via the CAN Bus The parameterisation is carried out on the higher order controller the case controller doesn t require parameterisation The condition of the output is displayed in the menu 1 2 Status light ON OFF The higher order controller must support this function ...

Page 107: ... first zone a run time is determined and output by the case controller The following table is applicable for a supply air setpoint of Supply air setpoint 32 C heater 75 ON Supply air setpoint 32 C heater 95 ON Function of the transistor output for the frame heater controller types UA 121 E UA 131 E UR 141 TE UR 141 NE The control is inverted factory setting The transistor output 2 91 92 see chapte...

Page 108: ... to a pack controller The two sensors must always be present as a pair on a pack controller Failure of the pack controller CAN bus when using enthalpy dependent heating Emergency run time menu 2 5 2 is always switched to automatically if the case controller has not received any more values from a pack controller over a time of ten minutes Pane heater for service counters controller type UA 141 E V...

Page 109: ...tes Defrost The frame heater is switched off during a defrost 5 15 Compressor control via consumers ATTENTION Damage to equipment and goods Damage may be sustained by the merchandise or systems if this mode is set on the pack controller The VS 3010 BS VS 300 operating mode compressor control is not designed for use together with the case controller see chapter Refrigeration point disabling ...

Page 110: ...atibility with existing systems with UA 400 E UA 410 E controllers up to version V1 89 As soon as one of the controllers participating in E COP uses this older mode all other controllers must also be set to this mode Mixed operation of EEV TEV is then no longer possible In order for the EEV refrigeration controller to be included in the control procedure in compatibility mode the following paramet...

Page 111: ...dually To do this it is necessary to specify the allocated pack controller via menu item 6 1 on the case controller This pack controller must support emergency power operation and be parameterised accordingly in order for it to dispatch an emergency power message see the pack controller operating instraction The behaviour of the case controller in emergency power operation can be set using the fol...

Page 112: ...ne whether the defrosting or the fan is switched off during emergency power operation If the controller is conducting a defrost at the start of emergency power operation then the defrost is immediately interrupted If the defrost command comes during emergency power operation then the command is ignored Defrosts that are ignored or interrupted due to emergency power operation are not automatically ...

Page 113: ...res of a case controller or controller type can be displayed Controller type Display of temperatures on the BT 30 in C Address 1 Address 2 Address 3 Address 4 UA 121 E UA 131 E UA 131 E LS R4 1 R4 2 R2 1 R2 2 UA 141 E R2 1 R2 2 R4 1 R4 2 UR 141 NE UR 141 TE R4 1 R4 2 R4 1 R4 2 Only UA 410 E UK 100 E KR 160 E R4 1 R4 2 R4 1 R4 2 Wire loop BT 30 configuration green wire closed open closed open white...

Page 114: ...erature displays must be addressed using the two lead out wire jumpers Practical tip If all four BT 30 are configured the same e g all wire jumpers closed address 1 all BT 30 display the same temperature Further information and connection notes for the BT 30 can be found in the operating manual of the BT 30 ...

Page 115: ...ures are not corrected This correction value has no influence on the regulation cooling defrost etc Symbol Defrost A defrost symbol is displayed during the defrost The last measured temperature value is shown in the display for the duration of the defrost This also applies during any possibly set wait time The current temperature is not displayed again until 15 minutes after the end of the defrost...

Page 116: ...n means of transport warehousing and storage of quick frozen foodstuffs intended for human consumption requires the use of a separate temperature recorder e g UA 410 L see UA 410 L operating instruction 5 21 3 Recording of t0 tc and relative humidity Using the second analogue input the case controller can also record t0 tc as well as the relative humidity for configuration details see chapter On o...

Page 117: ...pening degrees one in single zone mode two in two zone mode Superheat one in single zone mode two in two zone mode Corrected t0 Selected statuses such as minimum superheat MOP function etc ATTENTION Danger data loss If the store computers memory capacity is exceeded due to improper parameterisation i e activation of this option with too many case controllers then data loss will follow under certai...

Page 118: ...erwise the range of functions could be restricted Tip The latest version of LDSWin should be used at all times Further details on the distinguishing features of the controllers types are contained in chapter Versions ATTENTION The case controller may only be mounted on a Cap DIN rail and operated as an integrated regulation and control device EN60730 Power loss of the controller is approx 11 VA wh...

Page 119: ...ing about dangerous electrical voltage Danger of electric shock The safety instructions and work safety instructions must be observed for the mounting All plug connectors may only be inserted and removed when the power supply is disconnected In order to carry out the assembly dismantling there must be a distance of at least 8 mm from the next component e g cable duct otherwise the retaining spring...

Page 120: ...e case controller is positioned on the lower edge of the DIN rail Step 3 Press in the two retaining springs until they click into place and checkthat the case controller is firmly attached to the DIN rail The controller can be put into operation after completion of the mechanical and electrical installation of the case controller ...

Page 121: ...ining springs with a flat bladed screwdriver until they click into place Step 3 Remove the device from the DIN rail A by tilting it upwards DANGER Warning hazardous electrical voltage Danger of electric shock When disassembling the safety instructions and work safety instructions must be observed All connectors may only be connected and disconnected when power is off ...

Page 122: ...also possible The orange push button must also be pressed during insertion to connect flexible wires of 0 25 to 2 5 mm without wire end sleeve B Disconnetion The wires are disconnected using a screwdriver max 3 5 mm width via the orange push button at the terminal connection that has no direct contact to live parts Step 1 Press the orange push button vertically downwards using a screwdriver to det...

Page 123: ...ress DIP switch S3 Controller type setting Master Slave mode Setting of special functions see chapter Setting the controller type and other functions Settings AFTER application of the power supply Erstanlauf Regler auf Werkseinstellungen zurücksetzen optional setting to default values to reach a defined initial state for a running operation Configuration of the controller see chapter Basic configu...

Page 124: ... position Configured CAN bus address Function 0 0 00 CAN bus interface inactive disabled 0 1 9 01 09 Case controller CAN bus address assigned 1 9 0 9 10 99 ATTENTION Risk of confusion In order to avoid mix ups it is recommended to use the position number of the refrigerated case as CAN bus address A different CAN bus address that must be unique in this system must be allocated to each refrigeratio...

Page 125: ...ntroller has been briefly disconnected from the power supply In the case of case controllers that are installed in a switch cabinet the CAN bus address has been set by the manufacturer However it can be subsequently adjusted DANGER Warning about dangerous electrical voltage Danger of electric shock The DIP switch S3 may only be adjusted when disconnected from the power supply The changes are not a...

Page 126: ...ding on the now set controller type the respective functionalities are then displayed or hidden in the menu of the controller 8 controller types are available for the definition of the basic controller behaviour see chapter Controller types ...

Page 127: ... without defrost heater and hot gas defrost Only UA 410 E AC Sub cooler controller UK 100 E Sub cooler controller with special characteristics for regulation of a refrigerant sub cooler Cascade controller KR 160 E Cascade controller with special characteristics for regulation of a cascade with heat exchanger Setting of the controller type in normal operation Controller type DIP switch S3 switch po...

Page 128: ...see chapter Functions of the analogue outputs 0 10 V 6 ON Adjustable fixed analogue value e g for the fan speed OFF Output of the opening degree of the EEVs OFF Enable of special functions 8 Reserved OFF Normal Operation Firmware update only 2nd generation controllers 9 ON Normal Operation OFF Firmware Update ON ATTENTION Operation with an unsupported DIP switch setting is not permitted The UA 111...

Page 129: ... be supplied with power If power is being received the active lamp LIFE LED flashes for approximately 10 seconds following actuation If the case controller is also connected to the CAN bus then the CAN bus LED flashes For more details see chapter Status LEDs DANGER Warning hazardous electrical voltage Danger of electric shock BEFORE and AFTER connection it must checked that the 230 V AC supply cab...

Page 130: ... is switched terminals 81 83 ON Transistor output 2 is switched terminals 91 93 4 LIFE green LED15 Controller with 8 pole DIP switch FLASHING Active lamp controller is supplied with power processor is running or controller is in firmware update mode all coding switches 1 8 of DIP S3 are ON for details see chapter Update für Regler mit 8 poligem DIP Schalter OFF Power supply interrupted or device d...

Page 131: ...V3 13 21 04 2021 131 466 Function Colour LED Description 6 USB green LED16 ON Connected to PC or data exchange via USB port OFF USB connection interrupted or USB connection defective Only UA 400 E CC UA 410 E AC ...

Page 132: ...tails see chapter Store computer CI 3x00 operator terminal AL 300 2 Opening main menu of the controller A The main menu of the controller is shown directly in the operator interface B In the system centre select the required controller in Menu 4 2 and then tap the Remote Control button to display the main menu of the controller C In the store computer and operator terminal a selection list of all ...

Page 133: ...r types Details are described in the Menu Structure chapter Risk of failure of alarm messaging in the event of problems Alarms can be suppressed if the alarm priority is set to 0 The value of the suction pressure for the control functions is not available to the case controller until after the pack number of the associated pack controller has been selected on the case controller Risk of damage to ...

Page 134: ...Abtauung XXXh Alarm is tripped if no defrost is performed within this configurable time Selbsthaltung N NO Automatic reset of non transient alarms YES Alarms must be reset manually Exit the menu by tapping the ESC button once 6 Select menu 6 Configuration 2 Controller 6 Analogue Inputs 6 Configuration 2 Controller 6 Analogue Inputs Ain1 aktiv x Use analogue input Z1 Y do not use N Kältem Z 1 xxxx ...

Page 135: ...Firmware V3 13 21 04 2021 135 466 Exit the menu by tapping the ESC button twice ...

Page 136: ...efrost runs correctly The defrost timer should be set to EXT when activating this operating mode Lüfterverzöger XX C Maximum value at the defrost sensor at which the fan should be switched on after a delay e g after the defrost 8 Exit the Configuration menu by tapping the ESC button twice and select 3 Clock 2 Defrost timer Input of the relevant parameters in the following screen 3 Clock 2 Defrost ...

Page 137: ...T Sollumschaltg EXT Selection INT EXT internal external deactivated toggle setpoint Selection INT internal EXT external deactivated toggle setpoint Laufzeit Rollo 0s Input operating time of the blind of the multidecks Um EIN DD DD hh mm Input time for toggle setpoint only visible if Sollumschaltg is set to INT Um AUS DD DD hh mm Um EIN DD DD hh mm Um AUS DD DD hh mm 11 Tap the ESC button twice to ...

Page 138: ...s value the opening degree is reduced as t0 rises 13 Return to the main menu of the store computer operator terminal by tapping the ESC button multiple times 14 Select the menu 7 Monitoring 3 Configuration in the main menu of the store computer operator terminal and input among other things the node name of the case controller in plain text 7 Monitoring 3 Configuration KONFIGURATION Kn nnn Input o...

Page 139: ...y edited The controller can be named using the system centre store computer operator terminal or the PC software LDSWin A BT 300 operator interface The input is made in Menu 6 1 B System centre See chapter System Centre C Store computer operator terminal The input is made in Menu 7 2 D PC software LDSWin See operating manual of LDSWin Any naming of the controller with a BT 300 x operator interface...

Page 140: ...ufacturer All plug connectors may only be inserted and removed when the power supply is disconnected Label connector if necessary before the removal and then detach Circuit boards may only be replaced when the power supply is disconnected Always hold circuit boards at the edge Observe ESD Electrostatic Discharge regulations see manual ESD Rules for handling and working ATTENTION Risk of false alar...

Page 141: ... until it clicks into place Put device on the DIN rail and attach all connectors again DANGER Warning about dangerous electrical voltage Danger of electric shock A voltage of 230 V AC can be present on some connectors ATTENTION The device contains a lithium battery for details see chapter Disposal that must be disposed of separately Never dispose of this product with other domestic waste Please in...

Page 142: ...r winter time changeover are set automatically via the central time synchronisation Controller in standalone operation The setting of date time and automatic summer winter time changeover is required for the data archiving Menu 3 1 In the case of Restart restart of the controller error messages are output These must be checked acknowledged in the higher level controller or using the set up unit DA...

Page 143: ... via firmware update must not be interrupted The power cable and USB A B cable must not be disconnected during the firmware update It must be ensured that power is supplied throughout the entire procedure An interruption of the firmware update can result in an inoperative controller In some cases a change of firmware version can lead to the loss of all the setpoints in the case controller As a pre...

Page 144: ...software Before the first connection of the controller to the PC the installation program Firmware_Uploader_Setup_vxx exe must first be executed once Please follow the instructions given by the installation wizard The components to be installed can be selected in the following window Administrator rights and an existing internet connection required during the initial installation With the operatin...

Page 145: ...hen select the target directory The installation of Microsoft Visual C 2013 Redistributable is started automatically after the installation of the firmware uploader Note Set a checkmark in the first screen to accept the licence agreement ...

Page 146: ...are update When installing the firmware update a distinction is made between two device generations 1st generation Characteristic 8 position DIP switch UA 400 E CC UA 410 E AC since 2011 See Update for controller with 8 pole DIP switch 2nd generation Characteristic 9 position DIP switch UA 400 E CC UA 410 E AC from Oct Nov 2018 UA 401 E CC from Aug 2019 See Update for controller with 9 pole DIP sw...

Page 147: ...B cable while disconnected from the power supply then supply the controller with power again see chapter Terminal assignment for 230 V AC power supply The steps described in the chapter Requirements for the firmware update must have been performed once for each PC in order to perform a successful firmware update Practical tip The original position of the coding switches 1 8 of the DIP switch S3 sh...

Page 148: ...ller to the PC the Scan for new hardware wizard opens Please follow the instructions of the wizard No error message such as USB device not found should be displayed on the laptop or PC Otherwise tips for rectifying driver problems are explained in more detail in the chapter Uploading the firmware update ...

Page 149: ...r The following window opens Click the Find Controller button to find the controller A notification is displayed in the status field if the controller has been found Then select the current firmware file xxx bin from the directory into which the ZIP file was extracted see arrow After the conversion tap the button Update firmware to start the firmware upload ...

Page 150: ...mware update has been performed all coding switches 1 8 of the DIP switch S3 must be returned to their original position The settings depend on the controller type ATTENTION Risk of controller failure The controller only accepts the settings for DIP switch S3 after the controller has been briefly disconnected from the power supply After the firmware update the saved settings can be reloaded into t...

Page 151: ...nnected from the power supply then supply the controller with power again see chapter Terminal assignment for 230 V AC power supply Step 2 Perform firmware installation The steps described in the chapter Requirements for the firmware update must have been performed once for each PC in order to perform a successful firmware update Practical tip The original position of the coding switches 1 9 of th...

Page 152: ...rmware V3 13 21 04 2021 152 466 Under Start Programs ECKELMANN Firmware Uploader start the program KGL Firmware Uploader The following window opens Click the Find Controller button to find the controller ...

Page 153: ... the current firmware file xxx hex from the directory into which the ZIP file was extracted see arrow After the conversion tap the button Update firmware to start the firmware upload The program can be ended after the successful firmware update by closing the window The USB A B cable can now be disconnected from the controller ...

Page 154: ...e PC before the execution of the installer the driver must be updated in the Control Panel For this it must first be ensured that the installation program for the firmware upload has been executed in the Start menu call Settings Control Panel Management Computer Management Device Manager Ports COM and LPT and using the right mouse button select the not correctly installed COM port UA 400 COM Port ...

Page 155: ...to make changes to this computer must be confirmed with YES If this request should be permanently suppressed the following procedure is recommended In the directory C Program Files firmupl click on the file firmupl exe with the right mouse button Select the entry Allow under Properties in the drop down context menu The request should no longer be displayed during the next start ...

Page 156: ...he case controller UA 4xx E is available in UA 410 E AC UA 400 E CC UA 401 E CC see details in chapter Versions Connection diagram UA 410 AC complete design One zode controller and two zone controller with analog in and outputs RTC and battery Warning about dangerous electrical voltage In order to guarantee reverse polarity protection only coded mating connectors may be used on the control compone...

Page 157: ...Firmware V3 13 21 04 2021 157 466 Connection diagram UA 400 E CC One zode controller and two zone controller ...

Page 158: ...Firmware V3 13 21 04 2021 158 466 Anschlussbild UA 401 E CC One zode controller ...

Page 159: ...or L Phase 230 V AC N Neutral conductor DANGER Warning about dangerous electrical voltage Danger of electric shock BEFORE connecting and disconnecting it must be checked that the 230 V AC power supply cable is disconnected from the power supply ATTENTION After connection of the 230 V AC power supply the green LIFE LED flashes for details see chapter Status LEDs ...

Page 160: ...emperature e g KLIXON must be provided Fuse protection of semiconductor relay SSR Solid State Relay terminal 23 24 and 33 34 Every SSR must be externally fused with a 1 25 A fast acting fuse FF nominal voltage 230 V AC with a melting integral of 10 4 A2s and a tripping time at 8 0 A 10 ms e g SIBA No 70 001 40 If large inductive loads e g fan coils are to be switched via the semi conductor relay t...

Page 161: ...oller UR 141 NE Fan 2 Fan 1 Defrosting 2 Defrosting 1 Cooling 2 or enabling 2 Heating circuit Cooling 1 or enabling 1 Alarm UR 141 TE Fan 2 Fan 1 Defrosting 2 Defrosting 1 Cooling 2 or enabling 2 Heating circuit Cooling 1 or enabling 1 Alarm Sub cooler only UA 410 E AC UK 100 E Cooling 2 solenoid valve Cooling 1 solenoid valve Defrosting 2 Defrosting 1 Cooling 2 or enabling 2 Cooling 1 or enabling...

Page 162: ...ve Inverted Positive Inverted UA 131 E Inverted Positive Positive Positive Inverted Positive Inverted UA 131 E LS Inverted Positive Positive Positive Inverted Positive Inverted UA 141 E Positive Positive Inverted Positive Positive Relais 73 74 Positive 91 92 Room controller UR 141 NE Positive Positive Positive Inverted Positive Inverted UR 141 TE Positive Positive Positive Inverted Positive Invert...

Page 163: ...F This means that the contact of a normally open relay is open Mode of operation inverted means that operation of the relay is inverted The relay is not energized when the controller activates the function output e g alarm ON This means that the contact of a normally open relay is open The relay is energized when the controller deactivates the function output e g alarm OFF This means that the cont...

Page 164: ... be checkedthat no voltage is present at the 230 V AC digital inputs ATTENTION The function of the digital inputs can be configured via the parameters Inv D1 to Inv D4 menu 6 2 4 If multiple inputs have been parametrised with the same function this function becomes active as soon as a 230 V signal is applied to one of these inputs For further details see the appropriate chapter in the function des...

Page 165: ...m door 1 1 or Manual shutdown All Manual shutdown Z1 Manual shutdown Z2 Toggle setpoint 1 or Manual shutdown All Manual shutdown Z1 Manual shutdown Z2 Cold room door 2 Defrost 1 or Manual shutdown All Manual shutdown Z1 Manual shutdown Z2 Toggle setpoint Only UA 410 E AC Subcooler controller UK 100 E External alarm 1 2 or Manual shutdown All Manual shutdown Z1 Manual shutdown Z2 Toggle setpoint Ma...

Page 166: ...dangerous electrical voltage If mains power is connected to the analogue outputs this results in destruction of the controller ATTENTION Malfunction due to interference All supply lines from and to the case controller must be shielded cable type LiYCY If sensor cables are exclusively laid within the refrigerated case to be monitored and sources of interference e g parallel power lines are not anti...

Page 167: ...ltage If mains voltage is connected to the CAN bus terminals this will result in the destruction of all components connected to the CAN bus ATTENTION All supply lines from and to the case controller particularly those of the CAN bus must be shielded cable type LiYCY As a general rule care should be taken to ensure that signal cables and cables carrying mains voltage are routed in separate cable ch...

Page 168: ...ng control terminals 81 82 Frame heater terminals 91 92 UA 141 E Switching on and off of external consumers terminals 91 92 Only UA 410 E AC UK 100 E KR 160 E DANGER Warning about dangerous electrical voltage If mains power is connected to the transistor outputs this results in destruction of the controller ACHTUNG Destruction of the transistor outputs Due to the maximum capacity of 50 mA of the t...

Page 169: ...ature displays can be connected to the DISPLAY interface If any transistor output is activated by the controller the associated green LED lights for details see chapter Status LEDs For further details about the function of the transistor outputs see chapter Function of the relay and transistor outputs For further details see chapter Lokale Bedienung mit einem Bediengerät BT 300 x ...

Page 170: ...out dangerous electrical voltage If mains power is connected to the analogue inputs this results in destruction of the controller ATTENTION Malfunction due to interference All supply lines from and to the case controller must be shielded cable type LiYCY If sensor cables are exclusively laid within the refrigerated case to be monitored and sources of interference e g parallel power lines are not a...

Page 171: ...oller must be shielded cable type LiYCY If sensor cables are exclusively laid within the refrigerated case to be monitored and sources of interference e g parallel power lines are not anticipated then it is possible to dispense with shielding As a general rule care should be taken to ensure that signal cables and cables carrying mains voltage are routed in separate cable channels The analogue inpu...

Page 172: ...1 Z02 Case controller UA 121 E UA 131 E UA 131 E LS UA 141 E R2 1 R4 1 R1 1 R5 1 or R4 3 R6 1 R2 2 R4 2 R1 2 R5 2 or R4 4 R6 2 Cold room controller UR 141 NE UR 141 TE R2 1 R4 1 R1 1 R5 1 R6 1 R2 2 R4 2 R1 2 R5 2 R6 2 Only UA 410 E AC Sub cooler controller UK 100 E R4 1 R1 1 R5 1 R6 1 R4 2 R1 2 R5 2 R6 2 Cascade controller KR 160 E R4 1 R1 1 R5 1 R6 1 R4 2 R1 2 R5 2 R6 2 only UA 131 E LS for opera...

Page 173: ... is insulated after the mounting 7 11 2 Sensor identification Legende Ry x Function y Sensor type 1 2 4 5 6 Defrost sensor Supply air sensor Return air sensor room air sensor refrigerant temperature sensor UK 100 E Evaporator inlet sensor Evaporator outlet sensor x Case part 1 2 Zone 1 Zone 2 The ideal position of the sensor is 45 below the horizontal axis hand position 4 30 pm for an analogue clo...

Page 174: ...n USB2CAN Furthermore the operating data of the case controller can be read out via the USB port using a PC equipped with LDSWin If the controller is connected to a PC via USB the green USB LED lights For details see chapter Status LEDs A USB A B cable see Zubehör is required for the connection to a PC Refer to the LDSWin operating manual for further information about the connection to LDSWin A de...

Page 175: ...g hazardous electrical voltage Danger of electric shock BEFORE and AFTER connection it must checked that the 230 V AC digital inputs are off load The description and operating instructions for the master slave mode are contained in chapter Master slave mode defrost synchronisation via wiring Danger of short circuit When wiring master and slave case coldroom controllers make sure that power supply ...

Page 176: ...rol via the terminal The controller can be operated remotely e g from the machine room using the system centre a store computer or an operator terminal The communication with the controller is performed via the CAN bus See chapter Remote control via a terminal for details for the operation Remote control with PC software LDSWin A PC with LDSWin installed is connected to the system centre or the st...

Page 177: ...r details If no buttons are pressed the display of the BT 300 x operator interface shows the name of the controller and its position designation The ENTER button must be tapped to return from the display of the operating status back to the Operation menu Device specific limitations arise due to the smaller display only 2 rows x 20 characters and fewer buttons as compared with the system centre the...

Page 178: ...d but so that it is no longer possible to adjust the setpoints of the respective controller Jumper setting A with setpoint change Jumper setting B without setpoint change The operator interfaces are set to the jumper position A with setpoint change at the factory If operator interfaces are mounted in areas accessible to the public i e on serving counters for the sales personnel the jumper position...

Page 179: ...ms and messages button in the main menu for display of whether alarms are pending Alarms are acknowledged in the alarm list CI 3x00 AL 300 Red LED signal lamps to indicate whether alarms are pending 2 Virtus 5 CI 5x00 CI 4x00 und CI 3x00 AL 300 Horn button in the main menu for muting of the buzzer and for reset of the AUX relay CI 3x00 AL 300 Button for muting of the buzzer for reset of the AUX re...

Page 180: ...ote control in the system centre store computer or operator interface The menu item Remote control is the interface for the E LDS controller see chapter Calling the controller menu via remote control for details If any letter is appended e g Menu 3 1 2 a this means that another submenu operating screen or selection list can be reached using the cursor right button The letters indicate their sequen...

Page 181: ...of predefined variables scrolling can be block by block so that values can be shown that cannot be displayed with the others due to the limited capacity of the display Paging If an operating screen contains multiple pages e g the alarm list these can be paged through using the cursor buttons and In menus that provide more than 3 submenus these can be paged through using the cursor buttons and to d...

Page 182: ... 3 3DEF 4 4GHI 5 5JKL 6 6MNO 7 7PQRS 8 8TUV 9 9WXYZ _ Insert space character Exit from the menus and operating screens Press the ESC key to exit the menu or screen you are in at any time This returns you to the next higher menu All menus and screens are closed automatically if no key is pressed for 10 minutes The display then jumps to the Main Menu or to the Alarm menu if any fault report is curre...

Page 183: ...at is then displayed using the cursor buttons and In the screen that opens the name position designation and the alarm priority of the controller can be input as required Step 3 The main menu of the controller is then displayed by tapping the Remote control button If the system centre store computer or operator terminal remains locked down settings on the controller are read only Changes and input...

Page 184: ...inal as follows Step 1 Select the submenu 5 Remote control in the main menu see graphic Step 2 Select the required controller using the cursor buttons und or by input of the CAN bus address node number nnn using the digit buttons Thereby the following screen is displayed Step 3 The main menu of the controller is then displayed in the terminal by tapping the ENTER button ...

Page 185: ...ck down in this menu Step 3 A Unlocking store computer standard Tap the ENTER button to set the marker The lock down has now been deactivated and it is possible to make settings or B Unlocking store computer and activating Superuser mode Superuser permissions Input current date backwards nothing is shown on the display Example The current date is April 17 2016 i e 17 04 16 the required input for e...

Page 186: ...buttons MODE ENTER simultaneously to open the screen for the suppression of the remote alarm signalling and input the service duration 1 255 minutes The service mode is now activated for the duration entered above Step 4 The service mode can be reset revoked again by the input of 0 minutes The activation of the service mode must only be carried out by service personnel If there are still pending a...

Page 187: ... operation Single zone operation Two zone operation Standalone operation Number of temperature sensors 5 10 10 Alarm relay 1 1 Analogue inputs outputs 2 2 Real time clock and archive memory for data recording 9 1 Controller type UA 121 E menu tree DIP switch S3 UA 121 E 1 ON 2 OFF 3 OFF 4 ON OFF Master salve mode ON OFF 5 OFF 6 ON OFF Funktionsweise der Analogausgänge 0 10 V 7 8 OFF 9 ON Main Menu...

Page 188: ...Toggle 2 1 3 COOLING 1A Zone 2T Toggle 2 1 4 COOLING 2A Defrost 2 2 DEFROST Zone 1 2 2 1 DEFROST 1 Zone 2 2 2 2 DEFROST 2 Zone 1 Umschaltung 2 2 3 DEFROST 1A Zone 2 Umschaltung 2 2 4 DEFROST 2A Alarm 2 4 ALARM Zone 1 2 4 1 ALARM 1 Zone 2 2 4 2 ALARM 2 Zone 1T Toggle 2 4 3 ALARM 1A Zone 2T Toggle 2 4 4 ALARM 2A Frame Heater 2 5 FRAME HTR Frame Mode 2 5 1 MODE Frame Setpoints 2 5 2 SETPOINTS Toggle ...

Page 189: ...FIGURAT Refrigeration Point 6 1 REFR PT Controller 6 2 CONTROLLER Type and Version 6 2 1 VERSION Temperature Display 6 2 2 DISPLAY Alarm Delay 6 2 3 ALARMDELAY 230 V Inputs 6 2 4 230V INPUT Sensor Type 6 2 5 SENSORS Analog inputs 6 2 6 ANALOG INPUTS EEV Controller Zone 1 6 2 7EEV ZONE 1 EEV Controller Zone 2 6 2 8 EEV ZONE 2 Cooling 6 3 COOLING Language 6 4 LANGUAGE Alarm Priorities 6 5 ALARMPRIOS...

Page 190: ...6 9 1 1 Main menu UA 121 E KÜHLSTELLE POS XXXXX 1 Actual values Continue to menu 1 2 Setpoints Continue to menu 2 3 Clock Continue to menu 3 4 Messages Continue to menu 4 5 Archive Continue to menu 5 6 Configuration Continue to menu 6 ...

Page 191: ...ost termination temperature Input Z31 Z32 Temp R5 1 XXX C Displays current evaporator inlet temperature Input Z41 Z42 Temp R6 1 XXX C Displays current evaporator outlet temperature Input Z51 Z52 Temp R2 2 XXX C Displays current supply air temperature Input Z61 Z62 Temp R4 2 XXX C Displays current return air temperature Input Z71 Z72 Temp R1 2 XXX C Displays current evaporator defrost termination t...

Page 192: ...1 04 2021 192 466 1 Only UA 410 E AC 2 The value is only recorded in the system centre store computer via the CAN bus it is not used for control purposes Exception Use of function toZ2Ctl parameter Fct AIN2 menu 6 2 6 ...

Page 193: ...ply air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 Temp R4 1 XXX C Displays current return air temperature Input Z21 Z22 Setpoint R4 1 XXX C Displays return air temperature setpoint for comparison Hystersis R4 1 XXX K Displays return air temperature hysteresis setpoint shown only when of off control is set Menu 2 1 1 SH Z 1 XXX C Displays current superheat tem...

Page 194: ...rost M S Defr Sl Number of slaves currently undergoing a defrost M S DSlMat List of MA slaves currently undergoing a defrost can be scrolled through using ENTER DSq Nof Sl Number of DS slaves only in the case of DS master DSq Lost Sl CAN address of the first FA slave which was not accessible during the last defrost DSq Defr Sl Number of slaves currently undergoing defrost DSq DSlMat List of FA sla...

Page 195: ...ure setpoint for comparison Hystersis R2 2 XXX K Displays supply air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 2 Temp R4 2 XXX C Displays current return air temperature Input Z71 Z72 Setpoint R4 2 XXX C Displays return air temperature setpoint for comparison Hystersis R4 2 XXX K Displays return air temperature hysteresis setpoint shown only when on off control ...

Page 196: ...Firmware V3 13 21 04 2021 196 466 DEFROST 2 XXXXX Last Defrst XX hh mm Displays time day time of day of last defrost cycle started ...

Page 197: ...is set and when setpoint toggle is not deactivated Menu 3 3 Menu 2 1 1 Zone 1 COOLING 1 POS XXXXX Entry Default Setpoint R2 1 XXX C Supply air temperature setpoint 10 20 2 C Hystersis R2 1 X K Supply air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 1 8 4 K Setpoint R4 1 XXX C Return air temperature setpoint 10 20 4 C Hystersis R4 1 X K Return air temperature hys...

Page 198: ... 1 POS XXXXX Entry Default Cool off AOUT XXX Kühlung ausgeschaltet fester Wert 0 10 V für Analogausgang AO1 nur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 50 ...

Page 199: ...uperheat setpoint below which cooling relay switches off Zone 2 I sum not I part is set to zero when the Reset I Sum parameter is set to ON 0 10 Two pos ctrl XXX Switch between on off control ON and continuous control OFF ON OFF MOP point XXX C Starting setpoint for MOP mode 50 50 Cool on AOUT XXX Kühlung eingeschaltet fester Wert 0 10 V für Analogausgang AO2 nur sichtbar wenn von DIP Schalter S3 ...

Page 200: ...t R2 2 XXX C Supply air temperature setpoint 10 20 Hystersis R2 2 X K Supply air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 2 1 8 Setpoint R4 2 XXX C Return air temperature setpoint 10 20 Hystersis R4 2 X K Return air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 2 1 8 Menü 2 2 Defrost DEFROST POS XXXXX 1 Zone 1 Move to menu 2 2 ...

Page 201: ... MASTR SLAVE OFF M S CAN Adr XXX Selection of the controller 1 99 participating in the defrost via CAN bus which is the master if this controller is itself master Parameter M S Degiv Fct MASTR 1 99 DS Function XXX Configuration of the defrost sequenz function DS For details see chapter Defrost sequenz DS via CAN bus OFF MASTR SLAVE OFF DS Group XXX Selection of which group a defrost sequenz of thi...

Page 202: ...efault Def End Tmp XX C Defrost termination temperature setpoint 5 20 5 C Wait Time XX m Waiting time setpoint between cooling and defrost 0 15 0 min Drip Time X m Waiting time drip time setpoint between defrost and cooling 0 15 0 min Menü 2 2 4 Zone 2U Umschalt DEFROST 2A POS XXXXX Entry Default Def End Tmp XX C Defrost termination temperature setpoint 5 20 5 C Wait Time XX m Waiting time setpoin...

Page 203: ...6 4 K Menu 2 4 2 Zone 2 ALARM 2 POS XXXXX Entry Default High Temp Setp XX C High temperature setpoint at which High Temperature alarm is generated 0 30 8 C Low Temp Setp XX K Temperature setpoint difference below temperature control setpoint at which Low Temperature alarm is generated 0 6 4 K Menu 2 4 3 Zone 1T Toggle ALARM 1A POS XXXXX Entry Default High Temp Setp XX C High temperature setpoint a...

Page 204: ... fixed run time Run Time XXX Fixed on time shown only when mode set to Fixed OT Menu 2 5 1 0 100 100 emerg run time XXX On time in loss of humidity or room air temperature via CAN bus shown only when mode set to Enthalpy Control Menu 2 5 1 0 100 100 enthalp offs XXX Offset for on time when enthalpy control is activated via CAN bus shown only when mode set to Enthalpy Control Menu 2 5 1 50 50 0 Inv...

Page 205: ...me XXX On time in loss of humidity or room air temperature via CAN bus shown only when mode set to Enthalpy Control Menu 2 5 3 0 100 100 enthalp offs XXX Offset for on time when enthalpy control is activated via CAN bus shown only when mode set to Enthalpy Control Menu 2 5 3 50 50 ...

Page 206: ...FF Def Tim Z2 Separate defrost timer for zone 2 Menu 3 2 a Defr 1 xxxxx hh mm Defrost start time for internal defrost weekday time of day shown only when paramter defrost timer INT Mo Su or numbers hh mm Mo Su 01 00 Defr 2 xxxxx hh mm Defrost start time for internal defrost weekday time of day shown only when paramter defrost timer INT Mo Su or numbers hh mm Mo Su 07 00 Defr 3 xxxxx hh mm Defrost ...

Page 207: ...Firmware V3 13 21 04 2021 207 466 ...

Page 208: ...re zones is started simultaneously via the external signal ViaZ1 ViaZ1 EXT INT MitZ1 Safe Defr Time XXX m Safe defrost time i e max allowed duration of defrosting internal defrost only 0 120 60 min Manual Defrost XXX Status ON OFF of auxiliary manual defrost ON OFF OFF Defr 1 xxxxx hh mm Defrost start time for internal defrost weekday time of day shown only when paramter defrost timer INT Mo Su or...

Page 209: ...ive set of setpoints weekday from to DD DD time hh mm shown only when internal setpoint toggle is activated Menu 3 3 Mo Su or numbers hh mm Lu Di 21 00 AltOFF xxxxx hh mm End time for toggle to alternative set of setpoints weekday from to DD DD time hh mm shown only when internal setpoint toggle is activated Menu 3 3 Mo Su or numbers hh mm Lu Di 05 00 Alt ON xxxxx hh mm Start time for toggle to al...

Page 210: ...lt message Fault 1 dd mm yy hh mm ON Beginn der Störung 1 dd mm yy hh mm OFF End of Fault 1 only when Fault 1 has ended Error text n Fault message Fault n dd mm yy hh mm ON Start of Fault n dd mm yy hh mm OFF End of Fault n only when Fault n has ended Menu 4 2 Cancel Messages This diplays the Alarms Cancelled message Menu 4 3 Delete Messages MESSAGES POS XXXXX Entry Delete Are you sure NO ESC YES ...

Page 211: ...fx C Status and temperature of Zone 1 see note Zone 2 abcdefx C Status and temperature of Zone 2 see note shown only when two zone operation is set Menu 6 1 Single zone operation resp Operator interface BT 300 Two zone operation a O Operation O Operation b R Refrigeration Cooling R Refrigeration Cooling c R Refrigeration Cooling D Defrost d D Defrost G Gate Door coldroom controller only e G Gate D...

Page 212: ...lure of refrigeration point or when setting global controller priority Menu 6 5 or numbers 0 99 1 Refr Sys No XX Pack No of pack controller assigned to case controller The case controller cannot receive the suction pressure value for control functions before the Pack No of the associated pack controller has been selected on the case controller or numbers 1 9 Refr Sys Type XXX Allocation to compres...

Page 213: ...e the parameter Corr off t0 menu 6 3 must not be set to if the t0 from the pack controller is to be used for regulating A meaningful name that describes the refrigeration point in more detail should be entered e g Cheese Counter 2 and CC2 Entry is made in the screens on system centre store computer or operator terminal Direct entry cannot be made in the controller screens displayed on the operator...

Page 214: ... 6 2 1 Type and Version VERSION POS XXXXX Entry Default Ctrlr Type XXXXXXX Set on DIP Switch S3 UA121E Software Ver XXXX Software version of case controller Serial No XXXXXX Device No of case controller from EEPROM Master Sl Mode XXX Synchronized defrosting in master slave mode ON OFF OFF Menu 6 2 2 Temperature Display DISPLAY POS XXXXX Entry Default Offset XX K Offset for temperature display 10 1...

Page 215: ...R Defrost timer MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 TOGGLE SETP Toggle setpoint TOGGLE SETP Toggle setpoint MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff onl...

Page 216: ...Firmware V3 13 21 04 2021 216 466 SENSORS POS XXXXX Entry Default 5K3A1 Temperature range 0 100 C ...

Page 217: ...xxx Selection of refrigerant zone 2 None R404A R600a None Fct AIN2 xxxxx Function of the analogue input zone 2 t0Z2 For recording only t0Z2ctl For regulation t0Z2 toZ2ctl Humidity tc HP Z2 Min xxx bar Smallest pressure value for pressure monitoring at 4mA 0 0 2 0 bar 0 0 bar HP Z2 Max xxx bar Largest pressure value for pressure monitoring at 20 mA 8 0 200 0 bar 10 0 bar AIN2 Send CAN This paramete...

Page 218: ...e ambient pressure The adjustment of the pressure transmitter in the controller is carried out using absolute pressure values the absolute pressure cannot be negative In order to parameterise the above pressure transmitter with the relative pressure indication 1 bar at 4 mA i e 0 V at 7 bar at 20mA i e 10 V the ambient pressure 1 bar must be added The entry is carried out as follows 0 8 bar ...

Page 219: ...is deleted and re learned in due course 0 100 40 emerg c o OD XX Maximum valve opening degree 0 50 20 delay min SH XX s Delay on drop of superheat below set minimum 9 600 9 sec setuptime XX X m Setup time following the switching on of the controller or following a defrost or in the event of a blockade of the regulation The value entered must not be less than the current inject time parameter other...

Page 220: ...ON 3s Control is suspended for 6 seconds when toggling ON OFF OFF Reset I Sum XXX Reset I sum to zero if superheat drops below set minimum for longer than time set by delay min SH parameter OFF I sum not reset to zero ON I sum is reset to zero ON OFF ON edit op deg XXX Manual entry of valve opening degree ON OFF OFF op deg Z 1 XXX Current valve opening degree Zone 1 can be edited when manual entry...

Page 221: ...t control Zone 2 I part If parameter Ish is reduced internal learned value sum of I part is deleted and re learned in due course 0 99 99 0 10 Dsh Z 2 XX XX Superheat control Zone 2 D part 0 99 99 5 00 offs OD SH XX Percentage valve opening degree offset for superheat control If offset is changed internal learned value sum of I part is deleted and re learned in due course 0 100 10 emerg c o OD XX M...

Page 222: ... Continuous run monitoring 0 15 EnablingRel XXX Switching to Enable Operation OFF Opening degree is transmitted via the solid state relay SSR ON The two SSRs are no longer clocking they are switched on if the case controller requires refrigeration i e switched off again if no refrigeration is required ON OFF OFF Menu 6 4 Language LANGUAGE POS XXXXX Entry Default Deutsch D English GB Francais F Esp...

Page 223: ...alarm 0 99 2 Timer Term Defrost Defrosting terminated by safe defrost time 0 99 0 Power Failure Start following power failure 0 99 0 First Start Controller startup basic settings are loaded 0 99 2 Manual Shutoff Manual switch Input D31 D32 set OFF 0 99 0 Hardware Fault Internal hardware defect Priority applies to alarms EEPROM Defective RTC Defective Flash Memory Defective 0 99 1 Setpoint Change M...

Page 224: ...manual entry Priority applies to alarms VO Manual Zone 1 VO Manual Zone 2 0 99 0 config M S w HG Configuration error Simultaneous setting of parameters for master slave mode and discharge gas defrosting 0 99 2 Check OD Alarm due to implausible opening degree see chapter Implausible opening position alarm 0 99 0 Extern Alarm Alarm for registering external alarms default text is CO2 Alarm 0 99 0 ...

Page 225: ...r supply Y N Y N N Defr funct OFF xxx Functionality of the defrosting switched off during emergency power supply Y N Y N N Fan funct OFF xxx Functionality of the fan switched off during emergency power supply Y N Y N N Frame fct OFF xxx Functionality of the frame heater off during emergency power supply Y N Y N N Light fct OFF xxx Functionality of the light during emergency power supply Y N Y N N ...

Page 226: ...ng from supply air to return air and the reverse with temperature alarm delay time ON OFF AUS Dely_Switch xxxm Switching from supply to return air determines when it is switched within the delay time for the high temperature alarm 0 15 5 min Add Values xxx Creation of additional additive Debug actual value archives in the system centre store computer Warning This can force a reorganisation of the ...

Page 227: ...Firmware V3 13 21 04 2021 227 466 instructed to lower the suction pressure which increases the accuracy with which the controller can maintain its setpoint ...

Page 228: ...kluftfühlern nur UA 131 E LS 6 ON OFF Funktionsweise der Analogausgänge 0 10 V 7 8 OFF 9 ON Main Menu Submenu 1 Submenu 2 Menu No Menu Name Actual Values 1 ACT VALUES Temperature Sensors 1 1 TEMPERATUR Cooling Zone 1 1 2 COOLING 1 Defrost Zone 1 1 3 DEFROST 1 Fan 1 4 FANS Alarm 1 5 ALARM Frame Heater 1 6 MODE Cooling Zone 2 1 7 COOLING 2 Defrost Zone 2 1 8 DEFROST 2 Setpoints 2 SETPOINTS Cooling 2...

Page 229: ...HTR Frame Mode 2 5 1 MODE Frame Setpoints 2 5 2 SETPOINTS Toggle Mode 2 5 3 MODE ALT Setpoint Toggle 2 5 4 TOG SETP Fans 2 6 FANS Zone 1 2 2 6 1 FANS Zone 1 2 Toggle 2 6 2 FANS A Clock 3 Clock Current Time 3 1 CLOCK Defrost Timer 3 2 DEFR TIMER Def Tim Z2 3 2 a DEF TIM Z2 Setpoint Toggle 3 3 TOGGLE Messages 4 MESSAGES View Messages 4 1 MESSAGES Cancel Messages 4 2 MESSAGES Delete Messages 4 3 MESS...

Page 230: ...NSORS Analog inputs 6 2 6 ANALOG INPUTS EEV Controller Zone 1 6 2 7 EEV ZONE 1 EEV Controller Zone 2 6 2 8 EEV ZONE 2 Cooling 6 3 COOLING Ret Air Sensor 6 3 a RET AIR SENSOR Language 6 4 LANGUAGE Alarm Priorities 6 5 ALARMPRIOS Em Powersupply 6 6 EM POW SUP COPT 6 7 COPT Visible Controller configured as UA 131 E Not visible Controller configured as UA 131 E LS OnlyUA 410 E A C ...

Page 231: ... 2021 231 466 9 2 1 Main Menu UA 131 E LS REFR PT POS XXXXX 1 Actual Values Move to menu 1 2 Setpoints Move to menu 2 3 Clock Move to menu 3 4 Messages Move to menu 4 5 Archive Move to menu 5 6 Configuration Move to menu 6 ...

Page 232: ...termination temperature Input Z31 Z32 Temp R5 1 XXX C Displays current evaporator inlet temperature Input Z41 Z42 Temp R6 1 XXX C Displays current evaporator outlet temperature Input Z51 Z52 Temp R2 2 XXX C Displays current supply air temperature Input Z61 Z62 Temp R4 2 XXX C Displays current return air temperature Input Z71 Z72 Temp R1 2 XXX C Displays current evaporator defrost termination tempe...

Page 233: ...1 04 2021 233 466 1 Only UA 410 E AC 2 The value is only recorded in the system centre store computer via the CAN bus it is not used for control purposes Exception Use of function toZ2Ctl parameter Fct AIN2 menu 6 2 6 ...

Page 234: ...ly air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 Temp R4 1 XXX C Displays current return air temperature Input Z21 Z22 Setpoint R4 1 XXX C Displays return air temperature setpoint for comparison Hystersis R4 1 XXX K Cisplays return air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 SH Z 1 XXX C Displays current superheat temp...

Page 235: ... zone operation is set Menu 6 1 Def End Tmp XXX C Displays defrost termination temperature setpoint for comparison Wait Time XX m Displays waiting time setpoint Drip Time XX m Displays drip time setpoint Last Defrst XX hh mm Displays time day time of day of last defrost cycle started M S Nof Sl Number of parameterised and accessible MA slaves M S Lost Sl CAN address of the first MA slave which was...

Page 236: ... Zone 1 Hi Temp Setp 2 XX C Displays high temperature setpoint Zone 2 shown only when two zone operation is set Menu 6 1 Lo Temp Setp 2 XX K Displays low temperature setpoint Zone 2 shown only when two zone operation is set Menu 6 1 Menu 1 6 Frame Heater MODE XXXXX Frame Heater XXX Displays current OFF ON status of frame heater output Terminal 91 92 93 Run Time XXX Displays current frame heater on...

Page 237: ...en on off control is set Menu 2 1 2 SH Z 2 XXX C Displays current superheat temperature Zone 2 sup air ctrl XXX Displays current OFF ON status of supply or return air control MOP op XXX Displays OFF ON setpoint of MOP mode Status hand XXX Status manual shutdown ON OFF Menu 1 8 Defrost Zone 2 DEFROST 2 XXXXX Counting Rate X Displays setpoint for time during which evaporator defrost termination temp...

Page 238: ...Continue to 2 2 1 3 Not used with this controller type 4 Alarm Move to menu 2 4 Special case When one zone tandem operation is set Menu 6 1 und setpoint toggle is deactivated Menu 3 3 Continue to 2 4 1 5 Frame Heater Move to menu 2 5 6 Fans Move to menu 2 6 Menu 2 1 Cooling COOLING POS XXXXX 1 Zone 1 Move to menu 2 1 1 2 Zone 2 Move to menu 2 1 2 3 Zone 1T Toggle Move to menu 2 1 3 not shown when ...

Page 239: ... 0 100 80 Cool off AOUT XXX Kühlung ausgeschaltet fester Wert 0 10 V für Analogausgang AO1 nur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 50 Menu 2 1 2 Zone 2 COOLING 2 POS XXXXX Entry Default Setpoint R2 2 XXX C Supply air temperature setpoint 40 20 32 C Hystersis R2 2 X K Supply air temperature hysteresis setpo...

Page 240: ... 2 POS XXXXX Entry Default Cool off AOUT XXX Kühlung ausgeschaltet fester Wert 0 10 V für Analogausgang AO2 nur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 50 ...

Page 241: ...t R2 2 XXX C Supply air temperature setpoint 40 20 32 C Hystersis R2 2 X K Supply air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 2 1 8 2 K Setpoint R4 2 XXX C Return air temperature setpoint 30 20 22 C Hystersis R4 2 X K Return air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 2 1 8 2 K Menu 2 2 Defrost DEFROST POS XXXXX 1 Zone 1...

Page 242: ... cooling 0 15 5 min M S Degiv Fct XXX Configuration of the defrost via CAN bus function For details see chapter Master slave mode defrost synchronisation via CAN bus OFF MASTR SLAVE OFF M S CAN Adr XXX Selection of the controller 1 99 participating in the defrost via CAN bus which is the master if this controller is itself master Parameter M S Degiv Fct MASTR 1 99 DS Function XXX Configuration of ...

Page 243: ... counts down 0 15 3 Defrost Counter X Setpoint of count for number of defrost cycles to be skipped By pressing the key the value can be set to 1 until it is automatically reset to the basic settings 6 Def End Tmp XX C Defrost termination temperature setpoint 5 20 10 C Wait Time XX m Waiting time setpoint between cooling and defrost 0 15 3 min Drip Time X m Waiting time drip time setpoint between d...

Page 244: ...rature alarm is generated 20 30 12 C Low Temp Setp XX K Temperature setpoint difference below temperature control setpoint at which Low Temperature alarm is generated 0 6 4 K Menu 2 4 2 Zone 2 ALARM 2 POS XXXXX Entry Default High Temp Setp XX C High temperature setpoint at which High Temperature alarm is generated 20 30 12 C Low Temp Setp XX K Temperature setpoint difference below temperature cont...

Page 245: ...erature alarm is generated 0 6 4 K Menu 2 5 Frame Heater FRAME HTR POS XXXXX 1 Mode frm htr Move to menu 2 5 1 2 Setpoint frm htr Move to menu 2 5 2 3 Mode altern Move to menu 2 5 3 not shown when setpoint toggle is deactivated Menu 3 3 4 Setpoint altern Move to menu 2 5 4 not shown when setpoint toggle is deactivated Menu 3 3 Menu 2 5 1 Frame Mode Selection is made according to entry Checkmark sh...

Page 246: ...t xxx Inversion of the function of the frame heater output terminals 91 92 ON OFF ON Menu 2 5 3 Toggle Mode Selection is made according to entry Checkmark show current setting MODUS UM POS XXXXX Entry Default feste ED Enthalpieregelung Sollwertabhäng ED Menu 2 5 4 Setpoint Toggle TOG SETP POS XXXXX Entry Default Mod xxxxxxxxxxxx Displays set frame mode Menu 2 5 3 Sollwertabhäng ED Run Time XXX Fix...

Page 247: ...rol Menu 2 6 only shown when the case controller is configured to UA 131 LS with advanced fan control further details in the chapter Installation and Startup of UA 4xx E FANS POS XXXXX 1 Zone 1 2 Move to menu 2 6 1 Menu 2 6 1 Zone 1 2 FANS POS XXXXX Entry Default Op mode XXXXXXXXXXXX Possible operating modes Continuous operation Forerun Overrun CONTINUOUS FORERUN OVERRUN DEL A DEFR CONTINUOUS Fans...

Page 248: ...CLOCK POS XXXXX Entry Default Date XX dd mm yy Display and entry of current weekday date dd mm yy Time hh mm Display and entry of current time hh mm Daylight Saving X Display and entry of automatic daylight saving time change Y N N Y Y Menu 3 2 Defrost Timer Time is defined by time master system centre store computer operator terminal when CAN bus is connected Any entry made will then be overwritt...

Page 249: ... internal defrost only 0 120 60 min Manual Defrost XXX Status ON OFF of auxiliary manual defrost ON OFF OFF Def Tim Z2 Separate defrost timer for zone 2 Menu 3 2 a Defr 1 xxxxx hh mm Defrost start time for internal defrost weekday time of day shown only when paramter defrost timer INT Mo Su or numbers hh mm Mo Su 20 15 Defr 14 xxxxx hh mm Parameter is automatically set to ON at first start for the...

Page 250: ...re zones is started simultaneously via the external signal ViaZ1 ViaZ1 EXT INT MitZ1 Safe Defr Time XXX m Safe defrost time i e max allowed duration of defrosting internal defrost only 0 120 60 min Manual Defrost XXX Status ON OFF of auxiliary manual defrost ON OFF OFF Defr 1 xxxxx hh mm Defrost start time for internal defrost weekday time of day shown only when paramter defrost timer INT Mo Su or...

Page 251: ...ve set of setpoints weekday from to DD DD time hh mm shown only when internal setpoint toggle is activated Menu 3 3 Mo Su or numbers hh mm Mo Su 21 00 AltOFF xxxxx hh mm End time for toggle to alternative set of setpoints weekday from to DD DD time hh mm shown only when internal setpoint toggle is activated Menu 3 3 Mo Su or numbers hh mm Mo Su 05 00 Alt ON xxxxx hh mm Start time for toggle to alt...

Page 252: ...ault message Fault 1 dd mm yy hh mm ON Beginn der Störung 1 dd mm yy hh mm OFF End of Fault 1 only when Fault 1 has ended Error text n Fault message Fault n dd mm yy hh mm ON Start of Fault n dd mm yy hh mm OFF End of Fault n only when Fault n has ended Menu 4 2 Cancel Messages This diplays the Alarms Cancelled message Menu 4 3 Delete Messages MESSAGES POS XXXXX Entry Delete Are you sure NO ESC YE...

Page 253: ...efx C Status and temperature of Zone 1 see note Zone 2 abcdefx C Status and temperature of Zone 2 see note shown only when two zone operation is set Menu 6 1 Single zone operation resp Operator interface BT 300 Two zone operation a O Operation O Operation b R Refrigeration Cooling R Refrigeration Cooling c R Refrigeration Cooling D Defrost d D Defrost G Gate Door coldroom controller only e G Gate ...

Page 254: ...ilure of refrigeration point or when setting global controller priority Menu 6 5 or numbers 0 99 1 Refr Sys No XX Pack No of pack controller assigned to case controller The case controller cannot receive the suction pressure value for control functions before the Pack No of the associated pack controller has been selected on the case controller or numbers 1 9 Refr Sys Type XXX Allocation to compre...

Page 255: ...e the parameter Corr off t0 menu 6 3 must not be set to if the t0 from the pack controller is to be used for regulating A meaningful name that describes the refrigeration point in more detail should be entered e g Cheese Counter 2 and CC2 Entry is made in the screens on system centre store computer or operator terminal Direct entry cannot be made in the controller screens displayed on the operator...

Page 256: ... 6 2 1 Type and Version VERSION POS XXXXX Entry Default Ctrlr Type XXXXXXX Set on DIP Switch S3 UA121E Software Ver XXXX Software version of case controller Serial No XXXXXX Device No of case controller from EEPROM Master Sl Mode XXX Synchronized defrosting in master slave mode ON OFF OFF Menu 6 2 2 Temperature Display DISPLAY POS XXXXX Entry Default Offset XX K Offset for temperature display 10 1...

Page 257: ...v D4 XXX Inverting of digital input 4 OFF Possible settings for the digital inputs DEFR TIMER Defrost timer MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 TOGGLE SETP Toggle setpoint TOGGLE SETP Toggle setpoint MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 MANUAL OFF Man...

Page 258: ...e via CAN bus ONLY possible when the parameter AIN1 active Y Y N N AIN1 Rcv CAN xx CAN bus address of the remote case controller from which the t0 is received 1 99 AIN1 Rcv Inp x This parameter is used to specify the zone from which the t0 is taken refers to the parameter AIN1 Rcv Inp 1 2 1 AIN2 activ x Analogue input Z2 use Y do not use N Y N N Refrig Z 2 xxxx Selection of refrigerant zone 2 None...

Page 259: ... R402A R502 R407F R422A R422D R408A R407D R407A R427A R438A R152a R170 R600 R600a Praxis tip using the example of the connection of a pressure transmitter 1 7 bar Here the indication on the pressure transmitter is clear 1 bar relative to the ambient pressure The adjustment of the pressure transmitter in the controller is carried out using absolute pressure values the absolute pressure cannot be ne...

Page 260: ...s deleted and re learned in due course 0 100 10 emerg c o OD XX Maximum valve opening degree 0 50 20 delay min SH XX s Delay on drop of superheat below set minimum 9 600 9 sec setuptime XX X m Setup time following the switching on of the controller or following a defrost or in the event of a blockade of the regulation The value entered must not be less than the current inject time parameter otherw...

Page 261: ...N 3s Control is suspended for 6 seconds when toggling ON OFF OFF Reset I Sum XXX Reset I sum to zero if superheat drops below set minimum for longer than time set by delay min SH parameter OFF I sum not reset to zero ON I sum is reset to zero ON OFF ON edit op deg XXX Manual entry of valve opening degree ON OFF OFF op deg Z 1 XXX Current valve opening degree Zone 1 can be edited when manual entry ...

Page 262: ...t control Zone 2 I part If parameter Ish is reduced internal learned value sum of I part is deleted and re learned in due course 0 99 99 0 10 Dsh Z 2 XX XX Superheat control Zone 2 D part 0 99 99 5 00 offs OD SH XX Percentage valve opening degree offset for superheat control If offset is changed internal learned value sum of I part is deleted and re learned in due course 0 100 10 emerg c o OD XX M...

Page 263: ...ansmitted via the solid state relay SSR ON The two SSRs are no longer clocking they are switched on if the case controller requires refrigeration i e switched off again if no refrigeration is required ON OFF OFF Menu 6 3 a return air sensor RET AIR SENSOR POS XXXXX Entry Default Temp R4 3 R4 3 instead R5 1 ON OFF OFF Temp R4 4 R4 4 instead R5 2 ON OFF OFF Weighting R4 3 Weighting between R4 1 and ...

Page 264: ...arm 0 99 2 Timer Term Defrost Defrosting terminated by safe defrost time 0 99 0 Power Failure Start following power failure 0 99 0 First Start Controller startup basic settings are loaded 0 99 2 Manual Shutoff Manual switch Input D31 D32 set OFF 0 99 0 Hardware Fault Internal hardware defect Priority applies to alarms EEPROM Defective RTC Defective Flash Memory Defective 0 99 1 Setpoint Change Mes...

Page 265: ...manual entry Priority applies to alarms VO Manual Zone 1 VO Manual Zone 2 0 99 0 config M S w HG Configuration error Simultaneous setting of parameters for master slave mode and discharge gas defrosting 0 99 2 Check OD Alarm due to implausible opening degree see chapter Implausible opening position alarm 0 99 0 Extern Alarm Alarm for registering external alarms default text is CO2 Alarm 0 99 0 ...

Page 266: ...r supply Y N Y N N Defr funct OFF xxx Functionality of the defrosting switched off during emergency power supply Y N Y N N Fan funct OFF xxx Functionality of the fan switched off during emergency power supply Y N Y N N Frame fct OFF xxx Functionality of the frame heater off during emergency power supply Y N Y N N Light fct OFF xxx Functionality of the light during emergency power supply Y N Y N N ...

Page 267: ...ature alarm delay time ON OFF OFF Dely_Switch xxxm Switching from supply to return air determines when it is switched within the delay time for the high temperature alarm 0 15 5 min Add Values xxx Creation of additional additive Debug actual value archives in the system centre store computer Warning This can force a reorganisation of the actual value archives for this reason only use when required...

Page 268: ...es Temperatue Sensors 1 1 TEMPERATUR Cooling Zone 1 1 2 COOLING 1 Defrost Zone 1 1 3 DEFROST 1 Alarm 1 5 ALARM Pane Heater 1 6 PANE HTR Cooling Zone 2 1 7 Cooling Zone 2 Defrost Zone 2 1 8 DEFROST 2 Setpoints 2 SETPOINTS Cooling 2 1 COOLING Zone 1 2 1 1 COOLING 1 Zone 2 2 1 2 COOLING 2 Zone 1T Toggle 2 1 3 COOLING 1A Zone 2T Toggle 2 1 4 COOLING 2A Defrost 2 2 DEFROST Zone 1 2 2 1 DEFROST 1 Zone 2...

Page 269: ...FR TIMER Abt Uhr Z2 3 2 a Abt Uhr Z2 Setpoint Toggle 3 3 TOGGLE Automatic Start 3 4 Automatic ON Messages 4 MESSAGES View Messages 4 1 MESSAGES Cancel Messages 4 2 MESSAGES Delete Messages 4 3 MESSAGES Archive 5 ARCHIVE Configuration 6 CONFIGURAT Refrigeration Point 6 1 REFR PT Controller 6 2 CONTROLLER Type and Version 6 2 1 VERSION Temperature Display 6 2 2 DISPLAY Alarm Delay 6 2 3 ALARMDELAY 2...

Page 270: ...04 2021 270 466 EEV Regler Zone 1 6 2 7 EEV ZONE 1 EEV Regler Zone 2 6 2 8 EEV ZONE 2 Cooling 6 3 COOLING Language 6 4 LANGUAGE Alarm Priorities 6 5 ALARMPRIOS Em Powersupply 6 6 EM POW SUP COPT 6 7 COPT Only UA 410 E AC ...

Page 271: ...4 2021 271 466 9 3 1 Main Menu UA 141 E REFR PT POS XXXXX 1 Actual Values Move to menu 1 2 Setpoints Move to menu 2 3 Clock Move to menu 3 4 Messages Move to menu 4 5 Archive Move to menu 5 6 Configuration Move to menu 6 ...

Page 272: ...ermination temperature Input Z31 Z32 Temp R5 1 XXX C Displays current evaporator inlet temperature Input Z41 Z42 Temp R6 1 XXX C Displays current evaporator outlet temperature Input Z51 Z52 Temp R2 2 XXX C Displays current supply air temperature Input Z61 Z62 Temp R4 2 XXX C Displays current return air temperature Input Z71 Z72 Temp R1 2 XXX C Displays current evaporator defrost termination temper...

Page 273: ...1 04 2021 273 466 1 Only UA 410 E AC 2 The value is only recorded in the system centre store computer via the CAN bus it is not used for control purposes Exception Use of function toZ2Ctl parameter Fct AIN2 menu 6 2 6 ...

Page 274: ...ly air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 Temp R4 1 XXX C Displays current return air temperature Input Z21 Z22 Setpoint R4 1 XXX C Displays return air temperature setpoint for comparison Hystersis R4 1 XXX K Cisplays return air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 SH Z 1 XXX C Displays current superheat temp...

Page 275: ...Displays drip time setpoint Last Defrst XX hh mm Displays time day time of day of last defrost cycle started M S Nof Sl Number of parameterised and accessible MA slaves M S Lost Sl CAN address of the first MA slave which was not accessible during the last defrost M S Defr Sl Number of slaves currently undergoing a defrost M S DSlMat List of MA slaves currently undergoing a defrost can be scrolled ...

Page 276: ...ure tranmitted via CAN bus from VS pack controller with fitted room air temperature sensor Menu 1 7 Cooling Zone 2 COOLING 2 XXXXX COOLING XXX Displays current OFF ON status of cooling op deg Z 2 XX Displays current valve opening degree Zone 2 OD med 24h XX Displays mean valve opening degree Zone 2 for past day Temp R2 2 XXX C Displays current supply air temperature Input Z61 Z62 Setpoint R2 2 XXX...

Page 277: ...Firmware V3 13 21 04 2021 277 466 ...

Page 278: ...pped Temp R1 2 XXX C Displays current evaporator defrost termination temperature Input Z81 Z82 Def End Tmp XXX C Displays defrost termination temperature setpoint for comparison Wait Time XX m Displays waiting time setpoint Drip Time XX m Displays drip time setpoint Last Defrst XX hh mm Displays time day time of day of last defrost cycle started ...

Page 279: ...inue to 2 2 1 3 Not used with this controller type 4 Alarm Move to menu 2 4 Special case When one zone tandem operation is set Menu 6 1 und setpoint toggle is deactivated Menu 3 3 Continue to 2 4 1 5 Not used with this controller type 6 Fans Move to menu 2 6 Menu 2 1 Cooling COOLING POS XXXXX 1 Zone 1 Move to menu 2 1 1 2 Zone 2 Move to menu 2 1 2 3 Zone 1T Toggle Move to menu 2 1 3 not shown when...

Page 280: ... 0 100 80 Cool off AOUT XXX Kühlung ausgeschaltet fester Wert 0 10 V für Analogausgang AO1 nur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 50 Menu 2 1 2 Zone 2 COOLING 2 POS XXXXX Entry Default Setpoint R2 2 XXX C Supply air temperature setpoint 20 20 4 C Hystersis R2 2 X K Supply air temperature hysteresis setpoi...

Page 281: ... 2 POS XXXXX Entry Default Cool off AOUT XXX Kühlung ausgeschaltet fester Wert 0 10 V für Analogausgang AO2 nur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 50 ...

Page 282: ...t R2 2 XXX C Supply air temperature setpoint 20 20 2 C Hystersis R2 2 X K Supply air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 2 1 8 2 K Setpoint R4 2 XXX C Return air temperature setpoint 15 20 2 C Hystersis R4 2 X K Return air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 2 1 8 2 K Menu 2 2 Defrost DEFROST POS XXXXX 1 Zone 1 M...

Page 283: ...er is itself master Parameter M S Degiv Fct MASTR 1 99 DS Function XXX Configuration of the defrost sequenz function DS For details see chapter Defrost sequenz DS via CAN bus OFF MASTR SLAVE OFF DS Group XXX Selection of which group a defrost sequenz of this controller 1 99 belongs to 1 99 DS Master XXX Selection of which controller 1 99 participating in the defrost sequenz is the master if this c...

Page 284: ...ip time setpoint between defrost and cooling 0 15 0 min Menu 2 3 Not used with this controller type Menu 2 4 Alarm ALARM POS XXXXX 1 Zone 1 Move to menu 2 4 1 2 Zone 2 Move to menu 2 4 2 shown only when two zone operation is set Menu 6 1 3 Zone 1T Toggle Move to menu 2 4 3 not shown when setpoint toggle is deactivated Menu 3 3 4 Zone 2T Toggle Move to menu 2 4 4 shown only when two zone operation ...

Page 285: ...ich High Temperature alarm is generated 10 30 6 C Low Temp Setp XX K Temperature setpoint difference below temperature control setpoint at which Low Temperature alarm is generated 0 6 4 K Menu 2 4 4 Zone 2T Toggle ALARM 2U POS XXXXX Entry Default High Temp Setp XX C High temperature setpoint at which High Temperature alarm is generated 10 30 6 C Low Temp Setp XX K Temperature setpoint difference b...

Page 286: ...make sure that the corresponding digital input D31 D32 is set to PANE SWITCH Menu 6 2 4 0 120 60 min Run Time XXX Fixed on time shown only when mode set to Fixed OT Menu 2 5 1 0 100 0 emerg run time XXX On time in loss of huimidity or room air temperature via CAN bus shown only when mode set to Enthalpy Control Menu 2 5 1 0 100 0 enthalp offs XXX Offset for on time when enthalpy control is activat...

Page 287: ...3 1 Current Time CLOCK POS XXXXX Entry Default Date XXdd mm yy Display and entry of current weekday date dd mm yy Time hh mm Display and entry of current time hh mm Daylight Saving X Display and entry of automatic daylight saving time change Y N Y N Y Time is defined by time master system centre store computer operator terminal when CAN bus is connected Any entry made will then be overwritten by t...

Page 288: ...00 Defr 14 xxxxx hh mm Menu 3 2 a Def Tim Z2 DEFR TIMER POS XXXXX Entry Default Defrost Timer XXX Setting for how temperature zone 2 should defrost MitZ1 Together with zone 1 INT Internally EXT Externally the defrost of both temperature zones is started simultaneously via the external signal ViaZ1 ViaZ1 EXT INT ViatZ1 Safe Defr Time XXX m Safe defrost time i e max allowed duration of defrosting in...

Page 289: ...al setpoint toggle is activated Menu 3 3 Mo Su or numbers hh mm Mo Su 21 00 AltOFF xxxxx hh mm End time for toggle to alternative set of setpoints weekday from to DD DD time hh mm shown only when internal setpoint toggle is activated Menu 3 3 Mo Su or numbers hh mm Mo Su 05 00 Alt ON xxxxx hh mm Start time for toggle to alternative set of setpoints weekday from to DD DD time hh mm shown only when ...

Page 290: ...lt message Fault 1 dd mm yy hh mm ON Beginn der Störung 1 dd mm yy hh mm OFF End of Fault 1 only when Fault 1 has ended Error text n Fault message Fault n dd mm yy hh mm ON Start of Fault n dd mm yy hh mm OFF End of Fault n only when Fault n has ended Menu 4 2 Cancel Messages This diplays the Alarms Cancelled message Menu 4 3 Delete Messages MESSAGES POS XXXXX Entry Delete Are you sure NO ESC YES ...

Page 291: ...fx C Status and temperature of Zone 1 see note Zone 2 abcdefx C Status and temperature of Zone 2 see note shown only when two zone operation is set Menu 6 1 Single zone operation resp Operator interface BT 300 Two zone operation a O Operation O Operation b R Refrigeration Cooling R Refrigeration Cooling c R Refrigeration Cooling D Defrost d D Defrost G Gate Door coldroom controller only e G Gate D...

Page 292: ...lure of refrigeration point or when setting global controller priority Menu 6 5 or numbers 0 99 1 Refr Sys No XX Pack No of pack controller assigned to case controller The case controller cannot receive the suction pressure value for control functions before the Pack No of the associated pack controller has been selected on the case controller or numbers 1 9 Refr Sys Type XXX Allocation to compres...

Page 293: ...e the parameter Corr off t0 menu 6 3 must not be set to if the t0 from the pack controller is to be used for regulating A meaningful name that describes the refrigeration point in more detail should be entered e g Cheese Counter 2 and CC2 Entry is made in the screens on system centre store computer or operator terminal Direct entry cannot be made in the controller screens displayed on the operator...

Page 294: ... 6 2 1 Type and Version VERSION POS XXXXX Entry Default Ctrlr Type XXXXXXX Set on DIP Switch S3 UA121E Software Ver XXXX Software version of case controller Serial No XXXXXX Device No of case controller from EEPROM Master Sl Mode XXX Synchronized defrosting in master slave mode ON OFF OFF Menu 6 2 2 Temperature Display DISPLAY POS XXXXX Entry Default Offset XX K Offset for temperature display 10 1...

Page 295: ...nv D4 XXX Inverting of digital input 4 OFF Possible settings for the digital inputs DEFR TIMER Defrost timer MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 TOGGLE SETP Toggle setpoint TOGGLE SETP Toggle setpoint MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 MANUAL OFF Ma...

Page 296: ...e via CAN bus ONLY possible when the parameter AIN1 active Y Y N N AIN1 Rcv CAN xx CAN bus address of the remote case controller from which the t0 is received 1 99 AIN1 Rcv Inp x This parameter is used to specify the zone from which the t0 is taken refers to the parameter AIN1 Rcv Inp 1 2 1 AIN2 activ x Analogue input Z2 use Y do not use N Y N N Refrig Z 2 xxxx Selection of refrigerant zone 2 None...

Page 297: ...R408A R407D R407A R427A R438A R152a R170 R600 R600a R449A R450A R448A R455A R447B R1234ze R1233zd R1234yf R513A Praxis tip using the example of the connection of a pressure transmitter 1 7 bar Here the indication on the pressure transmitter is clear 1 bar relative to the ambient pressure The adjustment of the pressure transmitter in the controller is carried out using absolute pressure values the ...

Page 298: ...s deleted and re learned in due course 0 100 10 emerg c o OD XX Maximum valve opening degree 0 50 20 delay min SH XX s Delay on drop of superheat below set minimum 9 600 9 sec setuptime XX X m Setup time following the switching on of the controller or following a defrost or in the event of a blockade of the regulation The value entered must not be less than the current inject time parameter otherw...

Page 299: ...N 3s Control is suspended for 6 seconds when toggling ON OFF OFF Reset I Sum XXX Reset I sum to zero if superheat drops below set minimum for longer than time set by delay min SH parameter OFF I sum not reset to zero ON I sum is reset to zero ON OFF ON edit op deg XXX Manual entry of valve opening degree ON OFF OFF op deg Z 1 XXX Current valve opening degree Zone 1 can be edited when manual entry ...

Page 300: ...t control Zone 2 I part If parameter Ish is reduced internal learned value sum of I part is deleted and re learned in due course 0 99 99 0 10 Dsh Z 2 XX XX Superheat control Zone 2 D part 0 99 99 5 00 offs OD SH XX Percentage valve opening degree offset for superheat control If offset is changed internal learned value sum of I part is deleted and re learned in due course 0 100 10 emerg c o OD XX M...

Page 301: ...ansmitted via the solid state relay SSR ON The two SSRs are no longer clocking they are switched on if the case controller requires refrigeration i e switched off again if no refrigeration is required ON OFF OFF Menu 6 3 a return air sensor RET AIR SENSOR POS XXXXX Entry Default Temp R4 3 R4 3 instead R5 1 ON OFF OFF Temp R4 4 R4 4 instead R5 2 ON OFF OFF Weighting R4 3 Weighting between R4 1 and ...

Page 302: ...arm 0 99 2 Timer Term Defrost Defrosting terminated by safe defrost time 0 99 0 Power Failure Start following power failure 0 99 0 First Start Controller startup basic settings are loaded 0 99 2 Manual Shutoff Manual switch Input D31 D32 set OFF 0 99 0 Hardware Fault Internal hardware defect Priority applies to alarms EEPROM Defective RTC Defective Flash Memory Defective 0 99 1 Setpoint Change Mes...

Page 303: ... opening position alarm 0 99 0 Extern Alarm Alarm for registering external alarms default text is CO2 Alarm 0 99 0 Menu 6 6 Em Powersupply Emergency Power supply EM POW SUP POS XXXXX Entry Default Cool funct OFF xxx Functionality of the cooling switched off during emergency power supply Y N Y N N Defr funct OFF xxx Functionality of the defrosting switched off during emergency power supply Y N Y N ...

Page 304: ...ature alarm delay time ON OFF OFF Dely_Switch xxxm Switching from supply to return air determines when it is switched within the delay time for the high temperature alarm 0 15 5 min Add Values xxx Creation of additional additive Debug actual value archives in the system centre store computer Warning This can force a reorganisation of the actual value archives for this reason only use when required...

Page 305: ... 1 1 TEMPERATUR Cooling Zone 1 1 2 COOLING 1 Defrost Zone 1 1 3 DEFROST 1 Fan Zone 1 1 4 FANS 1 Alarm 1 5 ALARM Frame Heater 1 6 MODE Cooling Zone 2 1 7 COOLING 2 Defrost Zone 2 1 8 DEFROST 2 Fan Zone 2 1 9 FANS 2 Setpoints 2 SETPOINTS Cooling 2 1 COOLING Zone 1 2 1 1 COOLING 1 Zone 2 2 1 2 COOLING 2 Zone 1T Toggle 2 1 3 COOLING 1A Zone 2T Toggle 2 1 4 COOLING 2A Defrost 2 2 DEFROST Zone 1 2 2 1 D...

Page 306: ... 5 2 SETPOINTS Toggle Mode 2 5 3 MODE ALT Setpoint Toggle 2 5 4 TOG SETP Clock 3 Clock Current Time 3 1 UHR Defrost Timer 3 2 DEFR TIMER Def Tim Z2 3 2 a DEF TIM Z2 Setpoint Toggle 3 3 TOGGLE Messages 4 MESSAGES View Messages 4 1 MESSAGES Cancel Messages 4 2 MESSAGES Delete Messages 4 3 MESSAGES Archive 5 ARCHIVE Configuration 6 CONFIGURAT Refrigeration Point 6 1 REFR PT Controller 6 2 REGLER Type...

Page 307: ...SENSORS Analog inputs 6 2 6 ANALOG INPUTS EEV Controller Zone 1 6 2 7 EEV ZONE 1 EEV Controller Zone 2 6 2 8 EEV ZONE 2 Cooling 6 3 COOLING Language 6 4 LANGUAGE Alarm Priorities 6 5 ALARMPRIOS Em Powersupply 6 6 EM POW SUP COPT 6 7 COPT Only UA 410 E AC ...

Page 308: ...4 2021 308 466 9 4 1 Main Menu UR 141 NE REFR PT POS XXXXX 1 Actual Values Move to menu 1 2 Setpoints Move to menu 2 3 Clock Move to menu 3 4 Messages Move to menu 4 5 Archive Move to menu 5 6 Configuration Move to menu 6 ...

Page 309: ...R1 1 XXX C Displays current evaporator defrost termination temperature Input Z31 Z32 Temp R5 1 XXX C Displays current evaporator inlet temperature Input Z41 Z42 Temp R6 1 XXX C Displays current evaporator outlet temperature Input Z51 Z52 Temp R4 2 XXX C Displays current return air temperature Input Z71 Z72 Temp R1 2 XXX C Displays current evaporator defrost termination temperature Input Z81 Z82 Te...

Page 310: ...1 04 2021 310 466 1 Only UA 410 E AC 2 The value is only recorded in the system centre store computer via the CAN bus it is not used for control purposes Exception Use of function toZ2Ctl parameter Fct AIN2 menu 6 2 6 ...

Page 311: ...ly air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 Temp R4 1 XXX C Displays current return air temperature Input Z21 Z22 Setpoint R4 1 XXX C Displays return air temperature setpoint for comparison Hystersis R4 1 XXX K Cisplays return air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 SH Z 1 XXX C Displays current superheat temp...

Page 312: ...l Number of parameterised and accessible MA slaves M S Lost Sl CAN address of the first MA slave which was not accessible during the last defrost M S Defr Sl Number of slaves currently undergoing a defrost M S DSlMat List of MA slaves currently undergoing a defrost can be scrolled through using ENTER DSq Nof Sl Number of DS slaves only in the case of DS master DSq Lost Sl CAN address of the first ...

Page 313: ...n two zone operation is set Menu 6 1 Coldroom Door 1 XXX Displays current OFF ON status of coldroom door input Terminal D31 D32 Coldroom Door 2 XXX Displays current OFF ON status of coldroom door input Terminal D21 D22 Menu 1 6 Frame Heater MODE XXXXX Frame Heater XXX Displays current OFF ON status of frame heater output Terminal 91 92 93 Run Time XXX Displays current frame heater on time Humidity...

Page 314: ... 2 sup air ctrl XXX Displays current OFF ON status of supply or return air control MOP op XXX Displays OFF ON setpoint of MOP mode Status hand XXX Status manual shutdown ON OFF Menu 1 8 Defrost Zone 2 DEFROST 2 XXXXX Defrost Counter X Displays count for number of defrost cycles to be skipped Temp R1 2 XXX C Displays current evaporator defrost termination temperature Input Z81 Z82 Def End Tmp XXX C...

Page 315: ... Menu 6 1 3 Zone 1T Toggle Move to menu 2 1 3 not shown when setpoint toggle is deactivated Menu 3 3 3 Zone 2T Toggle Move to menu 2 1 4 shown only when two zone operation is set Menu 6 1 and when setpoint toggle is not deactivated Menu 3 3 Menu 2 1 1 Zone 1 COOLING 1POS XXXXX Entry Default Setpoint R4 1 XXX C Room air temperature setpoint 10 30 5 C Hystersis R4 1 X K Room air temperature hysteres...

Page 316: ...r sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 80 Cool off AOUT XXX Kühlung ausgeschaltet fester Wert 0 10 V für Analogausgang AO1 nur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 50 ...

Page 317: ... siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 80 Cool off AOUT XXX Kühlung ausgeschaltet fester Wert 0 10 V für Analogausgang AO2 nur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 50 Menu 2 1 3 Zone 1T Toggle COOLING 1APOS XXXXX Entry Default Setpoint R4 1 XXX C Room air temperature setpoint 10 30 3 ...

Page 318: ... 2nd defrost stage setpoint shown only when single zone operation is set Menu 6 1 20 30 M S Degiv Fct XXX Configuration of the defrost via CAN bus function For details see chapter Master slave mode defrost synchronisation via CAN bus OFF MASTR SLAVE OFF M S CAN Adr XXX Selection of the controller 1 99 participating in the defrost via CAN bus which is the master if this controller is itself master ...

Page 319: ...d cooling 0 15 0 min 2 Defrst Level XXX C 2nd defrost stage setpoint shown only when single zone operation is set Menu 6 1 20 30 Menu 2 2 4 Zone 2T Toggle DEFROST 2APOS XXXXX Entry Default Def End Tmp XX C Defrost termination temperature setpoint 0 30 5 C Wait Time XX m Waiting time setpoint between cooling and defrost 0 15 0 min Drip Time X m Waiting time drip time setpoint between defrost and co...

Page 320: ...n start temperature setpoint 20 20 C Menu 2 3 4 Zone 2T Toggle FANS 2APOS XXXXX Entry Default Fans Delay XXX C Fan start temperature setpoint 20 20 C Menu 2 4 Alarm ALARMPOS XXXXX 1 Zone 1 Move to menu 2 4 1 2 Zone 2 Move to menu 2 4 2 shown only when two zone operation is set Menu 6 1 3 Zone 1T Toggle Move to menu 2 4 3 not shown when setpoint toggle is deactivated Menu 3 3 4 Zone 2T Toggle Move ...

Page 321: ...re setpoint difference below temperature control setpoint at which Low Temperature alarm is generated 0 6 2 K Menu 2 4 3 Zone 1T Toggle ALARM 1APOS XXXXX Entry Default High Temp Setp XX C High temperature setpoint at which High Tempeature alarm is generated 0 30 8 C Low Temp Setp XX K Temperature setpoint difference below temperature control setpoint at which Low Temperature alarm is generated 0 6...

Page 322: ...u 2 5 1 fixed run time Run Time XXX Fixed on time shown only when mode set to Fixed OT Menu 2 5 1 0 100 100 emerg run time XXX On time in loss of humidity or room air temperature via CAN bus shown only when mode set to Enthalpy Control Menu 2 5 1 0 100 100 enthalp offs XXX Offset for on time when enthalpy control is activated via CAN bus shown only when mode set to Enthalpy Control Menu 2 5 1 50 5...

Page 323: ...ixed OT Menu 2 5 3 0 100 100 emerg run time XXX On time in loss of humidity or room air temperature via CAN bus shown only when mode set to Enthalpy Control Menu 2 5 3 0 100 100 enthalp offs XXX Offset for on time when enthalpy control is activated via CAN bus shown only when mode set to Enthalpy Control Menu 2 5 3 50 50 0 ...

Page 324: ...Defrost initiation via Input D11 12 EXT or internal INT EXT INT INT Safe Defr Time XXX m Safe defrost time i e max allowed duration of defrosting internal defrost only 0 180 150 min Manual Defrost XXX Status ON OFF of auxiliary manual defrost ON OFF OFF Def Tim Z2 Separate defrost timer for zone 2 Menu 3 2 a Defr 1 xxxxx hh mm Defrost start time for internal defrost weekday time of day shown only ...

Page 325: ...le for alternative set of setpoints setpoint set toggle Toggle Setp XXX Setpoint toggle via EXT digital input D21 22 INT internal timer CAN CAN bus deactivated EXT INT CAN EXT Toggle interv X m The interval for the cyclical toggling between standard and alternative setpoint data records only appears when the internal setpoint toggling is activated menu 3 3 10 60 min Alt ON xxxxx hh mm Start time f...

Page 326: ...ggle to alternative set of setpoints weekday from to DD DD time hh mm shown only when internal setpoint toggle is activated Menu 3 3 Mo Su or numbers hh mm Su 21 00 A total of 7 different ON OFF toggle times can be entered Toggle time will only be obeyed when a matched pair of ON and OFF time is set ...

Page 327: ...ult message Fault 1 dd mm yy hh mm ON Beginn der Störung 1 dd mm yy hh mm OFF End of Fault 1 only when Fault 1 has ended Error text n Fault message Fault n dd mm yy hh mm ON Start of Fault n dd mm yy hh mm OFF End of Fault n only when Fault n has ended Menu 4 2 Cancel Messages This diplays the Alarms Cancelled message Menu 4 3 Delete Messages MESSAGES POS XXXXX Entry Delete Are you sure NO ESC YES...

Page 328: ...fx C Status and temperature of Zone 1 see note Zone 2 abcdefx C Status and temperature of Zone 2 see note shown only when two zone operation is set Menu 6 1 Single zone operation resp Operator interface BT 300 Two zone operation a O Operation O Operation b R Refrigeration Cooling R Refrigeration Cooling c R Refrigeration Cooling D Defrost d D Defrost G Gate Door coldroom controller only e G Gate D...

Page 329: ...failure of refrigeration point or when setting global controller priority Menu 6 5 or numbers 0 99 1 Refr Sys No XX Pack No of pack controller assigned to case controller The controller cannot receive the suction pressure value for control functions before the Pack No of the associated pack controller has been selected on the case controller or numbers 1 9 Refr Sys Type XXX Allocation to compresso...

Page 330: ...e the parameter Corr off t0 menu 6 3 must not be set to if the t0 from the pack controller is to be used for regulating A meaningful name that describes the refrigeration point in more detail should be entered e g Cheese Counter 2 and CC2 Entry is made in the screens on system centre store computer or operator terminal Direct entry cannot be made in the controller screens displayed on the operator...

Page 331: ...XXXXXXX Set on DIP Switch S3 UR141NE Software Ver XXXX Software version of case controller Serial No XXXXXX Device No of case controller from EEPROM Master Sl Mode XXX Synchronized defrosting in master slave mode ON OFF OFF Menu 6 2 2 Temperature Display DISPLAY POS XXXXX Entry Default Offset XX K Offset for temperature display 10 10 0 K Alarmsymbol XX Show alarm symbol on BT 30 Temperature Displa...

Page 332: ...Firmware V3 13 21 04 2021 332 466 ALARMDELAY POS XXXXX Entry Default Selfholding X Alarm latching with manual alarm cancelling YES or automatic cancelling on send NO Y N N ...

Page 333: ...igital inputs DEFR TIMER Defrost timer MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 TOGGLE SETP Toggle setpoint TOGGLE SETP Toggle setpoint DOOR CONTACT Door contact MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 DOOR CONTACT Door contact MANUAL OFF Manual shutoff both ...

Page 334: ...Firmware V3 13 21 04 2021 334 466 SENSORS POS XXXXX Entry Default L243 Temperature range 50 C 50 C K277 Temperature range 50 C 50 C 5K3A1 Temperature range 0 C 100 C ...

Page 335: ...n refers to the parameter AIN1 Rcv Inp 1 2 1 AIN2 activ x Analogue input Z2 use Y do not use N Y N N Refrig Z 2 xxxx Selection of refrigerant zone 2 None R404a R438A None Fct AIN2 xxxxx Function of the analogue input zone 2 t0Z2 For recording only t0Z2ctl For regulation t0Z2 toZ2ctl Humidity tc HP Z2 Min xxx bar Smallest pressure value for pressure monitoring at 4mA 0 0 2 0 bar 0 0 bar HP Z2 Max x...

Page 336: ...n of a pressure transmitter 1 7 bar Here the indication on the pressure transmitter is clear 1 bar relative to the ambient pressure The adjustment of the pressure transmitter in the controller is carried out using absolute pressure values the absolute pressure cannot be negative In order to parameterise the above pressure transmitter with the relative pressure indication 1 bar at 4 mA i e 0 V at 7...

Page 337: ... 0 10 Dsh Z 1 XX XX Superheat control Zone 1 D part 0 99 99 5 00 offs OD SH XX Percentage valve opening degree offset for superheat control If offset is changed internal learned value sum of I part is deleted and re learned in due course 0 100 10 emerg c o OD XX Maximum emergency valve opening degree 0 50 20 delay min SH XX s Delay on drop of superheat below set minimum 9 600 9 sec setuptime XX X ...

Page 338: ...ameter is set to J WARNING This setting increases the memory requirement and should only be activated when needed for diagnostic purposes Y N N OD 3s interv XXX Select interval for output of opening degree OFF 6s ON 3s Control is suspended for 6 seconds when toggling ON OFF OFF Reset I Sum XXX Reset I sum to zero if superheat drops below set minimum for longer than time set by delay min SH paramet...

Page 339: ...Zone 2 I part If parameter Ish is reduced internal learned value sum of I part is deleted and re learned in due course 0 99 99 0 10 Dsh Z 2 XX XX Superheat control Zone 2 D part 0 99 99 5 00 offs OD SH XX percentage valve opening degree offset for superheat control If offset is changed internal learned value sum of I part is deleted and re learned in due course 0 100 10 emerg c o OD XX Maximum val...

Page 340: ... EnablingRel XXX Switching to Enable Operation OFF Opening degree is transmitted via the solid state relay SSR ON The two SSRs are no longer clocking they are switched on if the case controller requires refrigeration i e switched off again if no refrigeration is required ON OFF OFF Menu 6 4 Language Selection is made according to entry Checkmark shows current setting LANGUAGE POS XXXXX Entry Defau...

Page 341: ...plies to Coldroom Door Open alarm 0 99 2 No Defrost No defrost within alarm delay time Priority applies to No Defrost alarm 0 99 2 Timer Term Defrost Defrosting terminated by safe defrost time 0 99 0 Power Failure Start following power failure 0 99 0 First Start Controller Startup basic settings are loaded 0 99 2 Manual Shutoff Manual switch Input D31 D32 set OFF 0 99 0 Hardware Fault Internal har...

Page 342: ...k OD Alarm due to implausible opening degree see chapter Implausible opening position alarm 0 99 0 Extern Alarm Alarm for registering external alarms default text is CO2 Alarm 0 99 0 Menu 6 6 Em Powersupply Emergency Power supply EM POW SUP POS XXXXX Entry Default Cool funct OFF xxx Functionality of the cooling switched off during emergency power supply Y N Y N N Defr funct OFF xxx Functionality o...

Page 343: ...ing from supply air to return air and the reverse with temperature alarm delay time ON OFF OFF Dely_Switch xxxm Switching from supply to return air determines when it is switched within the delay time for the high temperature alarm 0 15 5 min Add Values xxx Creation of additional additive Debug actual value archives in the system centre store computer Warning This can force a reorganisation of the...

Page 344: ...Firmware V3 13 21 04 2021 344 466 instructed to lower the suction pressure which increases the accuracy with which the controller can maintain its setpoint ...

Page 345: ...Sensors 1 1 TEMPERATUR Cooling Zone 1 1 2 COOLING 1 Defrost Zone 1 1 3 DEFROST 1 Fan Zone 1 1 4 FANS 1 Alarm 1 5 ALARM Frame Heater 1 6 MODE Cooling Zone 2 1 7 COOLING 2 Defrost Zone 2 1 8 DEFROST 2 Fan Zone 2 1 9 FANS 2 Setpoints 2 SETPOINTS Cooling 2 1 COOLING Zone 1 2 1 1 COOLING 1 Zone 2 2 1 2 COOLING 2 Zone 1T Toggle 2 1 3 COOLING 1A Zone 2T Toggle 2 1 4 COOLING 2A Defrost 2 2 DEFROST Zone 1 ...

Page 346: ...ame Setpoints 2 5 2 SETPOINTS Toggle Mode 2 5 3 MODE ALT Setpoint Toggle 2 5 4 TOG SETP Clock 3 Clock Current Time 3 1 CLOCK Defrost Timer 3 2 DEFR TIMER Defrost Timer Z2 3 2 a DEF TIM Z2 Setpoint Toggle 3 3 TOGGLE Messages 4 MESSAGES View Messages 4 1 MESSAGES Cancel Messages 4 2 MESSAGES Delete Messages 4 3 MESSAGES Archive 5 ARCHIVE Configuration 6 CONFIGURAT Refrigeration Point 6 1 REFR PT Con...

Page 347: ...or Type 6 2 5 SENSORS Analog inputs 6 2 6 ANALOG INPUTS EEV Controller Zone 1 6 2 7 EEV ZONE 1 EEV Controller Zone 2 6 2 8 EEV ZONE 2 Cooling 6 3 COOLING Language 6 4 LANGUAGE Alarm Priorities 6 5 ALARMPRIOS Em Powersupply 6 6 EM POW SUP COPT 6 7 COPT Only UA 410 E AC ...

Page 348: ...4 2021 348 466 9 5 1 Main Menu UR 141 TE REFR PT POS XXXXX 1 Actual Values Move to menu 1 2 Setpoints Move to menu 2 3 Clock Move to menu 3 4 Messages Move to menu 4 5 Archive Move to menu 5 6 Configuration Move to menu 6 ...

Page 349: ...isplays current evaporator defrost termination temperature Input Z31 Z32 Temp R5 1 XXX C Displays current evaporator inlet temperature Input Z41 Z42 Temp R6 1 XXX C Displays current evaporator outlet temperature Input Z51 Z52 Temp R4 2 XXX C Displays current room air temperature Input Z71 Z72 Temp R1 2 XXX C Displays current evaporator defrost termination temperature Input Z81 Z82 Temp R5 2 XXX C ...

Page 350: ...re V3 13 21 04 2021 350 466 2 The value is only recorded in the system centre store computer via the CAN bus it is not used for control purposes Exception Use of function toZ2Ctl parameter Fct AIN2 menu 6 2 6 ...

Page 351: ... only when on off control is set Menu 2 1 1 SH Z 1 XXX C Displays current superheat temperature Zone 1 Heatg Circuit XXX Displays current status of heating circuit control shown only when single zone operation is set Menu 6 1 Ht Cir Setp XXX C Displays heating circuit control setpoint shown only when single zone operation is set Menu 6 1 Ht Cir Hyst XX K Displays heating cirucit control hysteresis...

Page 352: ...t Time XX m Displays waiting time setpoint Drip Time XX m Displays drip time setpoint 2 Defrst Level XXX C Displays 2nd defrost stage setpoint shown only when single zone operation is set Menu 6 1 Last Defrst XX hh mm Displays time day time of day of last defrost cycle started M S Nof Sl Number of parameterised and accessible MA slaves M S Lost Sl CAN address of the first MA slave which was not ac...

Page 353: ... zone operation is set Menu 6 1 Lo Temp Setp 2 XX K Displays low temperature setpoint Zone 2 shown only when two zone operation is set Menu 6 1 Coldroom Door 1 XXX Displays current OFF ON status of coldroom door input Terminal D31 D32 Coldroom Door 2 XXX Displays current OFF ON status of coldroom door input Terminal D21 D22 Menu 1 6 Frame Heater MODE XXXXX Frame Heater XXX Displays current OFF ON ...

Page 354: ...us manual shutdown ON OFF Menu 1 8 Defrost Zone 2 DEFROST 2 XXXXX Counting Rate X Displays setpoint for time during which evaporator defrost termination temperature may be within band around 0 C before defrost counter counts down Defrost Counter X Displays count for number of defrost cycles to be skipped Defrost XXX Displays current OFF ON status of Defrost Relay 2 Temp R1 2 XXX C Displays current...

Page 355: ...Zone 1T Toggle Move to menu 2 1 3 not shown when setpoint toggle is deactivated Menu 3 3 3 Zone 2T Toggle Move to menu 2 1 4 shown only when two zone operation is set Menu 6 1 and when setpoint toggle is not deactivated Menu 3 3 Menu 2 1 1 Zone 1 COOLING 1 POS XXXXX Entry Default Setpoint R4 1 XXX C Room air temperature setpoint 45 40 20 C Hystersis R4 1 X K Room air temperature hysteresis setpoin...

Page 356: ...ur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 80 Cool off AOUT XXX Kühlung ausgeschaltet fester Wert 0 10 V für Analogausgang AO1 nur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 50 ...

Page 357: ...10 V für Analogausgang AO2 nur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 50 Menu 2 1 3 Zone 1T Toggle COOLING 1A POS XXXXX Entry Default Setpoint R4 1 XXX C Room air temperature setpoint 45 40 24 C Hystersis R4 1 X K Room air temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 1 10 2...

Page 358: ...Firmware V3 13 21 04 2021 358 466 DEFROST POS XXXXX 4 Zone 2T Toggle Move to menu 2 2 4 shown only when two zone operation is set Menu 6 1 and when setpoint toggle is not deactivated Menu 3 3 ...

Page 359: ...tage setpoint shown only when single zone operation is set Menu 6 1 20 30 M S Degiv Fct XXX Configuration of the defrost via CAN bus function For details see chapter Master slave mode defrost synchronisation via CAN bus OFF MASTR SLAVE OFF M S CAN Adr XXX Selection of the controller 1 99 participating in the defrost via CAN bus which is the master if this controller is itself master Parameter M S ...

Page 360: ...umber of defrost cycles to be skipped By pressing the key the value can be set to 1 until it is automatically reset to the basic settings 1 Def End Tmp XX C Defrost termination temperature setpoint 0 30 10 C Wait Time XX m Waiting time setpoint between cooling and defrost 0 15 3 min Drip Time X m Waiting time drip time setpoint between defrost and cooling 0 15 5 min 2 Defrst Level XXX C 2nd defros...

Page 361: ...o menu 2 3 2 shown only when two zone operation is set Menu 6 1 3 Zone 1T Toggle Move to menu 2 3 3 not shown when setpoint toggle is deactivated Menu 3 3 4 Zone 2T Toggle Move to menu 2 3 4 shown only when two zone operation is set Menu 6 1 and when setpoint toggle is not deactivated Menu 3 3 ...

Page 362: ...an start temperature setpoint 20 20 0 C Menu 2 3 4 Zone 2T Toggle FANS 2A POS XXXXX Entry Default Fan Delay XXX C Fan start temperature setpoint 20 20 0 C Menu 2 4 Alarm ALARM POS XXXXX 1 Zone 1 Move to menu 2 4 1 2 Zone 2 Move to menu 2 4 2 shown only when two zone operation is set Menu 6 1 3 Zone 1T Toggle Move to menu 2 4 3 not shown when setpoint toggle is deactivated Menu 3 3 4 Zone 2T Toggle...

Page 363: ...High temperature setpoint at which High Temperature alarm is generated 35 50 12 C Low Temp Setp XX K Temperature setpoint difference below temperature control setpoint at which Low Temperature alarm is generated 0 10 2 K Menu 2 4 4 Zone 2T Toggle ALARM 2A POS XXXXX Entry Default High Temp Setp XX C High temperature setpoint at which High Temperature alarm is generated 35 50 12 C Low Temp Setp XX K...

Page 364: ...Firmware V3 13 21 04 2021 364 466 MODE POS XXXXX Entry Default Fixed run time Enthalpy ctrl rtm ...

Page 365: ...tput xxx Inversion of the function of the frame heater output terminals 91 92 ON OFF ON Menu 2 5 3 Toggle Mode Selection is made according to entry Checkmark shows current setting MODE ALT POS XXXXX Entry Default Fixed run time Enthalpy ctrl rtm Menu 2 5 4 Setpoint Toggle TOG SETP POS XXXXX Entry Default Mod xxxxxxxxxxxx Displays set pane mode Menu 2 5 3 fixed run time Run Time XXX Fixed on time s...

Page 366: ... via Input D11 12 EXT oder internal INT EXT INT EXT Safe Defr Time XXX m Safe defrost time i e max allowed duration of defrosting internal defrost only shown only when paramter defrost timer INT 0 120 60 min Manual Defrost XXX Status ON OFF of auxiliary manual defrost ON OFF OFF Def Tim Z2 Separate defrost timer for zone 2 Menu 3 2 a Defr 1 xxxxx hh mm Defrost start time for internal defrost weekd...

Page 367: ...re zones is started simultaneously via the external signal ViaZ1 ViaZ1 EXT INT ViatZ1 Safe Defr Time XXX m Safe defrost time i e max allowed duration of defrosting internal defrost only 0 120 60 min Manual Defrost XXX Status ON OFF of auxiliary manual defrost ON OFF OFF Defr 1 xxxxx hh mm Defrost start time for internal defrost weekday time of day shown only when paramter defrost timer INT Mo Su o...

Page 368: ...ve set of setpoints weekday from to DD DD time hh mm shown only when internal setpoint toggle is activated Menu 3 3 Mo Su or numbers hh mm Mo Su 21 00 AltOFF xxxxx hh mm End time for toggle to alternative set of setpoints weekday from to DD DD time hh mm shown only when internal setpoint toggle is activated Menu 3 3 Mo Su 05 00 Alt ON xxxxx hh mm Start time for toggle to alternative set of setpoin...

Page 369: ...Fault message Fault 1 dd mm yy hh mm ON Start of Fault 1 dd mm yy hh mm OFF End of Fault 1 only when Fault 1 has ended Error text n Fault message Fault n dd mm yy hh mm ON Start of Fault n dd mm yy hh mm OFF End of Fault n only when Fault n has ended Menu 4 2 Cancel Messages This displays the Alarms Cancelled message Menu 4 3 Delete Messages MESSAGES POS XXXXX Entry Delete Are you sure No ESC YES ...

Page 370: ...d temperature of Zone 1 see note Zone 2 abcdef x C Status und Temperatur von Zone 2 s Anmerkung shown only when two zone operation is set Menu 6 1 Single zone operation resp Operator interface BT 300 Two zone operation a O Operation O Operation b R Refrigeration Cooling R Refrigeration Cooling c R Refrigeration Cooling D Defrost d D Defrost G Gate Door coldroom controller only e G Gate Door coldro...

Page 371: ...ilure of refrigeration point or when setting global controller priority Menu 6 5 or numbers 0 99 1 Refr Sys No XX Pack No of pack controller assigned to case controller The controller cannot receive the suction pressure value for control functions before the Pack No of the associated pack controller has been selected on the case controller or numbers 1 9 Refr Sys Type XXX Allocation to compressor ...

Page 372: ...e the parameter Corr off t0 menu 6 3 must not be set to if the t0 from the pack controller is to be used for regulating A meaningful name that describes the refrigeration point in more detail should be entered e g Cheese Counter 2 and CC2 Entry is made in the screens on system centre store computer or operator terminal Direct entry cannot be made in the controller screens displayed on the operator...

Page 373: ...XX Set on DIP Switch S3 UR141TE Software Ver XXXX Software version of case controller Serial No XXXXXX Device No of case controller from EEPROM Master Sl Mode XXX Synchronised defrost termination in Master Slave Modus ON OFF OFF Menu 6 2 2 Temperature Display DISPLAY POS XXXXX Entry Default Offset XX K Offset for temperature display 10 10 0 K Alarmsymbol XX Show alarm symbol on BT 30 Temperature D...

Page 374: ...Firmware V3 13 21 04 2021 374 466 ALARMDELAY POS XXXXX Entry Default Selfholding N Alarm latching with manual alarm cancelling YES or automatic cancelling on send NO Y N N ...

Page 375: ...igital inputs DEFR TIMER Defrost timer MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 TOGGLE SETP Toggle setpoint TOGGLE SETP Toggle setpoint DOOR CONTACT Door contact MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 DOOR CONTACT Door contact MANUAL OFF Manual shutoff both ...

Page 376: ...Firmware V3 13 21 04 2021 376 466 SENSORS POS XXXXX Entry Default L243 Temperature range 50 C 50 C K277 Temperature range 50 C 50 C 5K3A1 Temperature range 0 C 100 C ...

Page 377: ...n refers to the parameter AIN1 Rcv Inp 1 2 1 AIN2 activ x Analogue input Z2 use Y do not use N Y N N Refrig Z 2 xxxx Selection of refrigerant zone 2 None R404a R438A None Fct AIN2 xxxxx Function of the analogue input zone 2 t0Z2 For recording only t0Z2ctl For regulation t0Z2 toZ2ctl Humidity tc HP Z2 Min xxx bar Smallest pressure value for pressure monitoring at 4mA 0 0 2 0 bar 0 0 bar HP Z2 Max x...

Page 378: ...n of a pressure transmitter 1 7 bar Here the indication on the pressure transmitter is clear 1 bar relative to the ambient pressure The adjustment of the pressure transmitter in the controller is carried out using absolute pressure values the absolute pressure cannot be negative In order to parameterise the above pressure transmitter with the relative pressure indication 1 bar at 4 mA i e 0 V at 7...

Page 379: ... 0 10 Dsh Z 1 XX XX Superheat control Zone 1 D part 0 99 99 5 00 offs OD SH XX Percentage valve opening degree offset for superheat control If offset is changed internal learned value sum of I part is deleted and re learned in due course 0 100 10 emerg c o OD XX Maximum emergency valve opening degree 0 50 20 delay min SH XX s Delay on drop of superheat below set minimum 9 600 9 sec setuptime XX X ...

Page 380: ...ameter is set to J WARNING This setting increases the memory requirement and should only be activated when needed for diagnostic purposes Y N N OD 3s interv XXX Select interval for output of opening degree OFF 6s ON 3s Control is suspended for 6 seconds when toggling ON OFF OFF Reset I Sum XXX Reset I sum to zero if superheat drops below set minimum for longer than time set by delay min SH paramet...

Page 381: ...Zone 2 I part If parameter Ish is reduced internal learned value sum of I part is deleted and re learned in due course 0 99 99 0 10 Dsh Z 2 XX XX Superheat control Zone 2 D part 0 99 99 5 00 offs OD SH XX Percentage valve opening degree offset for superheat control If offset is changed internal learned value sum of I part is deleted and re learned in due course 0 100 10 emerg c o OD XX Maximum val...

Page 382: ... EnablingRel XXX Switching to Enable Operation OFF Opening degree is transmitted via the solid state relay SSR ON The two SSRs are no longer clocking they are switched on if the case controller requires refrigeration i e switched off again if no refrigeration is required ON OFF OFF Menu 6 4 Language Selection is made according to entry Checkmark shows current setting LANGUAGE POS XXXXX Entry Defau...

Page 383: ...plies to Coldroom Door Open alarm 0 99 2 No Defrost No defrost within alarm delay time Priority applies to No Defrost alarm 0 99 0 Timer Term Defrost Defrosting terminated by safe defrost time 0 99 0 Power Failure Start following power failure 0 99 0 First Start Controller Startup basic settings are loaded 0 99 2 Manual Shutoff Manual switch Input D31 D32 set OFF 0 99 0 Hardware Fault Internal har...

Page 384: ...ge gas defrosting 0 99 2 Check OD Alarm due to implausible opening degree see chapter Implausible opening position alarm 0 99 0 Extern Alarm Alarm for registering external alarms default text is CO2 Alarm 0 99 0 Menu 6 6 Em Powersupply Emergency Power supply EM POW SUP POS XXXXX Entry Default Cool funct OFF xxx Functionality of the cooling switched off during emergency power supply Y N Y N N Defr ...

Page 385: ...ing from supply air to return air and the reverse with temperature alarm delay time ON OFF OFF Dely_Switch xxxm Switching from supply to return air determines when it is switched within the delay time for the high temperature alarm 0 15 5 min Add Values xxx Creation of additional additive Debug actual value archives in the system centre store computer Warning This can force a reorganisation of the...

Page 386: ...Firmware V3 13 21 04 2021 386 466 instructed to lower the suction pressure which increases the accuracy with which the controller can maintain its setpoint ...

Page 387: ...RATUR Cooling Zone 1 1 2 COOLING 1 Defrost Zone 1 1 3 DEFROST 1 Alarm 1 5 ALARM Cooling Zone 2 1 7 COOLING 2 Defrost Zone 2 1 8 DEFROST 2 Setpoints 2 SETPOINTS Cooling 2 1 COOLING Zone 1 2 1 1 COOLING 1 Zone 2 2 1 2 COOLING 2 Zone 1T Toggle 2 1 3 COOLING 1A Zone 2T Toggle 2 1 4 COOLING 2A Defrost 2 2 DEFROST Zone 1 2 2 1 DEFROST 1 Zone 2 2 2 2 DEFROST 2 Zone 1T Toggle 2 2 3 DEFROST 1A Zone 2T Togg...

Page 388: ...rchive 5 ARCHIVE Configuration 6 CONFIGURAT Refrigeration Point 6 1 REFR PT Controller 6 2 CONTROLLER Type and Version 6 2 1 VERSION Temperature Display 6 2 2 DISPLAY Alarm Delay 6 2 3 ALARMDELAY 230V Inputs 6 2 4 230V INPUT Sensor Type 6 2 5 SENSORS Analog inputs 6 2 6 ANALOG INPUTS EEV Controller Zone 1 6 2 7 EEV ZONE 1 EEV Controller Zone 2 6 2 8 EEV ZONE 2 Cooling 6 3 COOLING Language 6 4 LANG...

Page 389: ...4 2021 389 466 9 6 1 Main Menu UK 100 E REFR PT POS XXXXX 1 Actual Values Move to menu 1 2 Setpoints Move to menu 2 3 Clock Move to menu 3 4 Messages Move to menu 4 5 Archive Move to menu 5 6 Configuration Move to menu 6 ...

Page 390: ...porator inlet temperature Input Z41 Z42 Temp R6 1 XXX C Displays current evaporator outlet temperature Input Z51 Z52 Temp R4 2 XXX C Displays current refrigerant temperature Input Z71 Z72 Temp R1 2 XXX C Displays current evaporator defrost termination temperature Input Z81 Z82 Temp R5 2 XXX C Displays current evaporator inlet temperature Input Z91 Z92 Temp R6 2 XXX C Displays current evaporator ou...

Page 391: ...re V3 13 21 04 2021 391 466 2 The value is only recorded in the system centre store computer via the CAN bus it is not used for control purposes Exception Use of function toZ2Ctl parameter Fct AIN2 menu 6 2 6 ...

Page 392: ...mperature Input Z21 Z22 Setpoint R4 1 XXX C Displays refrigerant temperature setpoint for comparison Hystersis R4 1 XXX K Displays refrigerant temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 SH Z 1 XXX C Displays current superheat temperature Zone 1 sup air ctrl XXX Displays current OFF ON status of supply or refrigerant control MOP op XXX Displays OFF ON setpoint ...

Page 393: ...ast Defrst XX hh mm Displays time day time of day of last defrost cycle started M S Nof Sl Number of parameterised and accessible MA slaves M S Lost Sl CAN address of the first MA slave which was not accessible during the last defrost M S Defr Sl Number of slaves currently undergoing a defrost M S DSlMat List of MA slaves currently undergoing a defrost can be scrolled through using ENTER DSq Nof S...

Page 394: ...day Temp R4 2 XXX C Displays current refrigerant temperature Input Z71 Z72 Setpoint R4 2 XXX C Displays refrigerant temperature setpoint for comparison Hystersis R4 2 XXX K Displays refrigerant temperature hysteresis setpoint shown only when on off control is set Menu 2 1 2 SH Z 2 XXX C Displays current superheat temperature Zone 2 sup air ctrl XXX Displays current OFF ON status of supply or refri...

Page 395: ... toggle is not deactivated Menu 3 3 Menu 2 1 1 Zone 1 COOLING 1 POS XXXXX Entry Default Setpoint R4 1 XXX C Refrigerant temperature setpoint 45 40 5 C Hystersis R4 1 X K Refrigerant temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 1 10 2 K Superheat XXX K Superheat setpoint Zone 1 0 20 8 K Min SH XX K Minimum superheat setpoint below which cooling relay switches off...

Page 396: ...T XXX Kühlung ausgeschaltet fester Wert 0 10 V für Analogausgang AO2 nur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 50 Menu 2 1 3 Zone 1T Toggle COOLING 1A POS XXXXX Entry Default Setpoint R4 1 XXX C Refrigerant temperature setpoint 45 40 5 C Hystersis R4 1 X K Refrigerant temperature hysteresis setpoint shown on...

Page 397: ... and defrost 0 15 0 min Drip Time X m Waiting time drip time setpoint between defrost and cooling 0 15 0 min Menu 2 2 3 Zone 1T Toggle DEFROST 1A POS XXXXX Entry Default Def End Tmp XX C Defrost termination temperature setpoint 0 30 C Wait Time XX m Waiting time setpoint between cooling and defrost 0 15 0 min Drip Time X m Waiting time drip time setpoint between defrost and cooling 0 15 0 min Menu...

Page 398: ...m is generated 0 10 K Menu 2 4 2 Zone 2 ALARM 2 POS XXXXX Entry Default High Temp Setp XX C High temperature setpoint at which High Temperature alarm is generated 35 45 45 C Low Temp Setp XX K Sollwert Temperatur Differenz unter dem Sollwert der Temperaturregelung bei dem der Alarm Untertemperatur ausgelöst wird 0 10 K Menu 2 4 3 Zone 1T Toggle ALARM 1A POS XXXXX Entry Default High Temp Setp XX C ...

Page 399: ... 2 Defrost Timer DEFR TIMER POS XXXXX Entry Default Defrost Timer XXX Defrost initiation via Input D11 12 EXT oder internal INT EXT INT EXT Safe Defr Time XXX m Safe defrost time i e max allowed duration of defrosting internal defrost only shown only when paramter defrost timer INT 0 120 60 min Manual Defrost XXX Status ON OFF of auxiliary manual defrost ON OFF OFF Def Tim Z2 Separate defrost time...

Page 400: ...oint toggle via EXT digital input D21 22 INT internal timer CAN CAN bus deactivated EXT INT CAN EXT Toggle interv X m The interval for the cyclical toggling between standard and alternative setpoint data records only appears when the internal setpoint toggling is activated menu 3 3 10 60 min Alt ON xxxxx hh mm Start time for toggle to alternative set of setpoints weekday from to DD DD time hh mm s...

Page 401: ...Firmware V3 13 21 04 2021 401 466 TOGGLE POS XXXXX Entry Default A total of 7 different ON OFF toggle times can be entered Toggle time will only be obeyed when a matched pair of ON and OFF time is set ...

Page 402: ...ault message Fault 1 dd mm yy hh mm ON Start of Fault 1 dd mm yy hh mm OFF End of Fault 1 only when Fault 1 has ended Error text n Fault message Fault n dd mm yy hh mm ON Start of Fault n dd mm yy hh mm OFF End of Fault n only when Fault n has ended Menu 4 2 Cancel Messages This displays the Alarms Cancelled message Menu 4 3 Delete Messages MESSAGES POS XXXXX Entry Delete Are you sure No ESC YES S...

Page 403: ... temperature of Zone 1 see note Zone 2 abcdef x C Status und Temperatur von Zone 2 s Anmerkung shown only when two zone operation is set Menu 6 1 Example Zone 1 abcdef x C Single zone operation resp Operator interface BT 300 Two zone operation a O Operation O Operation b R Refrigeration Cooling R Refrigeration Cooling c R Refrigeration Cooling D Defrost d D Defrost G Gate Door coldroom controller ...

Page 404: ...ms in failure of refrigeration point or when setting global controller priority Menu 6 5 or numbers 0 99 1 Refr Sys No XX Pack No of pack controller assigned to case controller The controller cannot receive the suction pressure value for control functions before the Pack No of the associated pack controller has been selected on the case controller or numbers 1 9 Refr Sys Type XXX Allocation to com...

Page 405: ...e the parameter Corr off t0 menu 6 3 must not be set to if the t0 from the pack controller is to be used for regulating A meaningful name that describes the refrigeration point in more detail should be entered e g Cheese Counter 2 and CC2 Entry is made in the screens on system centre store computer or operator terminal Direct entry cannot be made in the controller screens displayed on the operator...

Page 406: ...minal see Section Operation Menu 6 2 1 Type and Version VERSION POS XXXXX Default Ctrlr Type XXXXXXX Set on DIP Switch S3 UK100E Software Ver XXXX Software version of case controller Serial No XXXXXX Device No of case controller from EEPROM Menu 6 2 2 Temperature Display DISPLAY POS XXXXX Entry Default Offset XX K Offset for temperature display 10 10 0 K Alarmsymbol XX Show alarm symbol on BT 30 T...

Page 407: ...Inv D4 XXX Inverting of digital input 4 OFF Possible settings for the digital inputs DEFR TIMER Defrost timer MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 TOGGLE SETP Toggle setpoint TOGGLE SETP Toggle setpoint MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 MANUAL OFF M...

Page 408: ...r AIN1 Send CAN This parameter is used to instruct the case controller to make the local t0 AIN1 available via CAN bus ONLY possible when the parameter AIN1 active Y Y N N AIN1 Rcv CAN xx CAN bus address of the remote case controller from which the t0 is received 1 99 AIN1 Rcv Inp x This parameter is used to specify the zone from which the t0 is taken refers to the parameter AIN1 Rcv Inp 1 2 1 AIN...

Page 409: ...ned tc setpoint 20 10 10 C tcZ2 ramp m xxxK Maximum increase change of the dynamically evaluated tc setpoint Dynamic evaluation of the tc setpoint switched off with in this case the setpoint R4 x is used Can only be used when parameter Fct AIN2 set to tc LT 1 100 tcZ2 toZ1df xxxK Difference between to and tc for the dynamic determination of the tc setpoint 0 20 5 K Supported refrigerants R404A R74...

Page 410: ...ned in due course 0 99 99 0 10 Dsh Z 1 XX XX Superheat control Zone 1 D part 0 99 99 5 00 offs OD SH XX Percentage valve opening degree offset for superheat control If offset is changed internal learned value sum of I part is deleted and re learned in due course 0 100 10 emerg c o OD XX Maximum emergency valve opening degree 0 50 10 delay min SH XX s Delay on drop of superheat below set minimum 9 ...

Page 411: ...ameter is set to J WARNING This setting increases the memory requirement and should only be activated when needed for diagnostic purposes Y N N OD 3s interv XXX Select interval for output of opening degree OFF 6s ON 3s Control is suspended for 6 seconds when toggling ON OFF OFF Reset I Sum XXX Reset I sum to zero if superheat drops below set minimum for longer than time set by delay min SH paramet...

Page 412: ...XX XX Superheat control Zone 2 I part If parameter Ish is reduced internal learned value sum of I part is deleted and re learned in due course 0 99 99 0 10 Dsh Z 2 XX XX Superheat control Zone 2 D part 0 99 99 5 00 offs OD SH XX Percentage valve opening degree offset for superheat control If offset is changed internal learned value sum of I part is deleted and re learned in due course 0 100 10 eme...

Page 413: ...o Enable Operation OFF Opening degree is transmitted via the solid state relay SSR ON The two SSRs are no longer clocking they are switched on if the case controller requires refrigeration i e switched off again if no refrigeration is required ON OFF OFF Menu 6 4 Language Selection is made according to entry Checkmark shows current setting LANGUAGE POS XXXXX Entry Default Deutsch D English GB Fran...

Page 414: ...plies to Coldroom Door Open alarm 0 99 1 No Defrost No defrost within alarm delay time Priority applies to No Defrost alarm 0 99 0 Timer Term Defrost Defrosting terminated by safe defrost time 0 99 0 Power Failure Start following power failure 0 99 0 First Start Controller Startup basic settings are loaded 0 99 2 Manual Shutoff Manual switch Input D31 D32 set OFF 0 99 0 Hardware Fault Internal har...

Page 415: ...e gas defrosting 0 99 2 Check OD Alarm due to implausible opening degree see chapter Implausible opening position alarm 0 99 0 Extern Alarm Alarm for registering external alarms default text is CO2 Alarm 0 99 0 Menu 6 6 Em Powersupply Emergency Power supply EM POW SUP POS XXXXX Entry Default Cool funct OFF xxx Functionality of the cooling switched off during emergency power supply Y N Y N N Defr f...

Page 416: ...ing from supply air to return air and the reverse with temperature alarm delay time ON OFF OFF Dely_Switch xxxm Switching from supply to return air determines when it is switched within the delay time for the high temperature alarm 0 15 5 min Add Values xxx Creation of additional additive Debug actual value archives in the system centre store computer Warning This can force a reorganisation of the...

Page 417: ...Firmware V3 13 21 04 2021 417 466 instructed to lower the suction pressure which increases the accuracy with which the controller can maintain its setpoint ...

Page 418: ...PERATUR Cooling Zone 1 1 2 COOLING 1 Defrost Zone 1 1 3 DEFROST 1 Alarm 1 5 ALARM Cooling Zone 2 1 7 COOLING 2 Defrost Zone 2 1 8 DEFROST 2 Setpoints 2 SETPOINTS Cooling 2 1 COOLING Zone 1 2 1 1 COOLING 1 Zone 2 2 1 2 COOLING 2 Zone 1T Toggle 2 1 3 COOLING 1A Zone 2T Toggle 2 1 4 COOLING 2A Defrost 2 2 DEFROST Zone 1 2 2 1 DEFROST 1 Zone 2 2 2 2 DEFROST 2 Zone 1T Toggle 2 2 3 DEFROST 1A Zone 2T To...

Page 419: ...rchive 5 ARCHIVE Configuration 6 CONFIGURAT Refrigeration Point 6 1 REFR PT Controller 6 2 CONTROLLER Type and Version 6 2 1 VERSION Temperature Display 6 2 2 DISPLAY Alarm Delay 6 2 3 ALARMDELAY 230V Inputs 6 2 4 230V INPUT Sensor Type 6 2 5 SENSORS Analog inputs 6 2 6 ANALOG INPUTS EEV Controller Zone 1 6 2 7 EEV ZONE 1 EEV Controller Zone 2 6 2 8 EEV ZONE 2 Cooling 6 3 COOLING Language 6 4 LANG...

Page 420: ...4 2021 420 466 9 7 1 Main Menu KR 160 E REFR PT POS XXXXX 1 Actual Values Move to menu 1 2 Setpoints Move to menu 2 3 Clock Move to menu 3 4 Messages Move to menu 4 5 Archive Move to menu 5 6 Configuration Move to menu 6 ...

Page 421: ...porator inlet temperature Input Z41 Z42 Temp R6 1 XXX C Displays current evaporator outlet temperature Input Z51 Z52 Temp R4 2 XXX C Displays current refrigerant temperature Input Z71 Z72 Temp R1 2 XXX C Displays current evaporator defrost termination temperature Input Z81 Z82 Temp R5 2 XXX C Displays current evaporator inlet temperature Input Z91 Z92 Temp R6 2 XXX C Displays current evaporator ou...

Page 422: ...re V3 13 21 04 2021 422 466 2 The value is only recorded in the system centre store computer via the CAN bus it is not used for control purposes Exception Use of function toZ2Ctl parameter Fct AIN2 menu 6 2 6 ...

Page 423: ...mperature Input Z21 Z22 Setpoint R4 1 XXX C Displays refrigerant temperature setpoint for comparison Hystersis R4 1 XXX K Displays refrigerant temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 SH Z 1 XXX C Displays current superheat temperature Zone 1 sup air ctrl XXX Displays current OFF ON status of supply or refrigerant control MOP op XXX Displays OFF ON setpoint ...

Page 424: ...efrost M S Defr Sl Number of slaves currently undergoing a defrost M S DSlMat List of MA slaves currently undergoing a defrost can be scrolled through using ENTER DSq Nof Sl Number of DS slaves only in the case of DS master DSq Lost Sl CAN address of the first FA slave which was not accessible during the last defrost DSq Defr Sl Number of slaves currently undergoing defrost DSq DSlMat List of FA s...

Page 425: ...own only when on off control is set Menu 2 1 2 SH Z 2 XXX C Displays current superheat temperature Zone 2 sup air ctrl XXX Displays current OFF ON status of supply or refrigerant control MOP op XXX Displays OFF ON setpoint of MOP mode Status hand XXX Status manual shutdown ON OFF Menu 1 8 Defrost Zone 2 DEFROST 2 XXXXX Defrost XXX Displays current OFF ON status of Defrost Relay 2 Temp R1 2 XXX C D...

Page 426: ... toggle is not deactivated Menu 3 3 Menu 2 1 1 Zone 1 COOLING 1 POS XXXXX Entry Default Setpoint R4 1 XXX C Refrigerant temperature setpoint 45 40 5 C Hystersis R4 1 X K Refrigerant temperature hysteresis setpoint shown only when on off control is set Menu 2 1 1 1 10 2 K Superheat XXX K Superheat setpoint Zone 1 0 20 8 K Min SH XX K Minimum superheat setpoint below which cooling relay switches off...

Page 427: ...T XXX Kühlung ausgeschaltet fester Wert 0 10 V für Analogausgang AO2 nur sichtbar wenn von DIP Schalter S3 der Kodierschalter 6 auf ON steht siehe Kapitel Funktionsweise der Analogausgänge 0 10 V 0 100 50 Menu 2 1 3 Zone 1T Toggle COOLING 1A POS XXXXX Entry Default Setpoint R4 1 XXX C Refrigerant temperature setpoint 45 40 5 C Hystersis R4 1 X K Refrigerant temperature hysteresis setpoint shown on...

Page 428: ... and defrost 0 15 0 min Drip Time X m Waiting time drip time setpoint between defrost and cooling 0 15 0 min Menu 2 2 3 Zone 1T Toggle DEFROST 1A POS XXXXX Entry Default Def End Tmp XX C Defrost termination temperature setpoint 0 30 C Wait Time XX m Waiting time setpoint between cooling and defrost 0 15 0 min Drip Time X m Waiting time drip time setpoint between defrost and cooling 0 15 0 min Menu...

Page 429: ...m is generated 0 10 K Menu 2 4 2 Zone 2 ALARM 2 POS XXXXX Entry Default High Temp Setp XX C High temperature setpoint at which High Temperature alarm is generated 35 45 45 C Low Temp Setp XX K Sollwert Temperatur Differenz unter dem Sollwert der Temperaturregelung bei dem der Alarm Untertemperatur ausgelöst wird 0 10 K Menu 2 4 3 Zone 1T Toggle ALARM 1A POS XXXXX Entry Default High Temp Setp XX C ...

Page 430: ... 2 Defrost Timer DEFR TIMER POS XXXXX Entry Default Defrost Timer XXX Defrost initiation via Input D11 12 EXT oder internal INT EXT INT EXT Safe Defr Time XXX m Safe defrost time i e max allowed duration of defrosting internal defrost only shown only when paramter defrost timer INT 0 120 60 min Manual Defrost XXX Status ON OFF of auxiliary manual defrost ON OFF OFF Def Tim Z2 Separate defrost time...

Page 431: ...oint toggle via EXT digital input D21 22 INT internal timer CAN CAN bus deactivated EXT INT CAN EXT Toggle interv X m The interval for the cyclical toggling between standard and alternative setpoint data records only appears when the internal setpoint toggling is activated menu 3 3 10 60 min Alt ON xxxxx hh mm Start time for toggle to alternative set of setpoints weekday from to DD DD time hh mm s...

Page 432: ...Firmware V3 13 21 04 2021 432 466 TOGGLE POS XXXXX Entry Default A total of 7 different ON OFF toggle times can be entered Toggle time will only be obeyed when a matched pair of ON and OFF time is set ...

Page 433: ...ault message Fault 1 dd mm yy hh mm ON Start of Fault 1 dd mm yy hh mm OFF End of Fault 1 only when Fault 1 has ended Error text n Fault message Fault n dd mm yy hh mm ON Start of Fault n dd mm yy hh mm OFF End of Fault n only when Fault n has ended Menu 4 2 Cancel Messages This displays the Alarms Cancelled message Menu 4 3 Delete Messages MESSAGES POS XXXXX Entry Delete Are you sure No ESC YES S...

Page 434: ... temperature of Zone 1 see note Zone 2 abcdef x C Status und Temperatur von Zone 2 s Anmerkung shown only when two zone operation is set Menu 6 1 Example Zone 1 abcdef x C Single zone operation resp Operator interface BT 300 Two zone operation a O Operation O Operation b R Refrigeration Cooling R Refrigeration Cooling c R Refrigeration Cooling D Defrost d D Defrost G Gate Door coldroom controller ...

Page 435: ...ms in failure of refrigeration point or when setting global controller priority Menu 6 5 or numbers 0 99 1 Refr Sys No XX Pack No of pack controller assigned to case controller The controller cannot receive the suction pressure value for control functions before the Pack No of the associated pack controller has been selected on the case controller or numbers 1 9 Refr Sys Type XXX Allocation to com...

Page 436: ...e the parameter Corr off t0 menu 6 3 must not be set to if the t0 from the pack controller is to be used for regulating A meaningful name that describes the refrigeration point in more detail should be entered e g Cheese Counter 2 and CC2 Entry is made in the screens on system centre store computer or operator terminal Direct entry cannot be made in the controller screens displayed on the operator...

Page 437: ...r operator terminal see Section Operation 8 eev ctrlr zone2 Move to menu 6 2 8 shown only when Superuser mode is activated system centre store computer operator terminal see Section Operation Menu 6 2 1 Type and Version VERSION POS XXXXX Default Ctrlr Type XXXXXXX Set on DIP Switch S3 UK100E Software Ver XXXX Software version of case controller Serial No XXXXXX Device No of case controller from EE...

Page 438: ...try Default Sensor Fault XX m Sensor break alarm delay 0 30 15 min High Low Temp XX m High low temperature alarm delay 0 150 90 min No Defrost XX h No defrost alarm delay 2 168 h Selfholding N Alarm latching with manual alarm cancelling YES or automatic cancelling on send NO Y N N ...

Page 439: ...nputs DEFR TIMER Defrost timer MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 TOGGLE SETP Toggle setpoint TOGGLE SETP Toggle setpoint MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Manual shutoff only Z2 MANUAL OFF Manual shutoff both zones MANUAL OFF Z1 Manual shutoff only Z1 MANUAL OFF Z2 Man...

Page 440: ...Firmware V3 13 21 04 2021 440 466 SENSORS POS XXXXX Entry Default K277 Temperature range 50 C 50 C 5K3A1 Temperature range 0 C 100 C ...

Page 441: ...n refers to the parameter AIN1 Rcv Inp 1 2 1 AIN2 activ x Analogue input Z2 use Y do not use N Y N N Refrig Z 2 xxxx Selection of refrigerant zone 2 None R404a R438A None Fct AIN2 xxxxx Function of the analogue input zone 2 t0Z2 For recording only t0Z2ctl For regulation t0Z2 toZ2ctl Humidity tc HP Z2 Min xxx bar Smallest pressure value for pressure monitoring at 4mA 0 0 2 0 bar 0 0 bar HP Z2 Max x...

Page 442: ...AIN2 set to tc LT 1 100 tcZ2 toZ1df xxxK Difference between to and tc for the dynamic determination of the tc setpoint 0 20 5 K Supported refrigerants R404A R744 CO2 R134a R410A R717 NH3 R22 R290 R407C R507 R1270 R402A R502 R407F R422A R422D R408A R407D R407A R427A R438A R152a R170 R600 R600a R449A R450A R448A R455A R447B R1234ze R1233zd R1234yf R513A Praxis tip using the example of the connection...

Page 443: ...ned in due course 0 99 99 0 10 Dsh Z 1 XX XX Superheat control Zone 1 D part 0 99 99 5 00 offs OD SH XX Percentage valve opening degree offset for superheat control If offset is changed internal learned value sum of I part is deleted and re learned in due course 0 100 10 emerg c o OD XX Maximum emergency valve opening degree 0 50 10 delay min SH XX s Delay on drop of superheat below set minimum 9 ...

Page 444: ...ameter is set to J WARNING This setting increases the memory requirement and should only be activated when needed for diagnostic purposes Y N N OD 3s interv XXX Select interval for output of opening degree OFF 6s ON 3s Control is suspended for 6 seconds when toggling ON OFF OFF Reset I Sum XXX Reset I sum to zero if superheat drops below set minimum for longer than time set by delay min SH paramet...

Page 445: ...XX XX Superheat control Zone 2 I part If parameter Ish is reduced internal learned value sum of I part is deleted and re learned in due course 0 99 99 0 10 Dsh Z 2 XX XX Superheat control Zone 2 D part 0 99 99 5 00 offs OD SH XX Percentage valve opening degree offset for superheat control If offset is changed internal learned value sum of I part is deleted and re learned in due course 0 100 10 eme...

Page 446: ...o Enable Operation OFF Opening degree is transmitted via the solid state relay SSR ON The two SSRs are no longer clocking they are switched on if the case controller requires refrigeration i e switched off again if no refrigeration is required ON OFF OFF Menu 6 4 Language Selection is made according to entry Checkmark shows current setting LANGUAGE POS XXXXX Entry Default Deutsch D English GB Fran...

Page 447: ...plies to Coldroom Door Open alarm 0 99 1 No Defrost No defrost within alarm delay time Priority applies to No Defrost alarm 0 99 0 Timer Term Defrost Defrosting terminated by safe defrost time 0 99 0 Power Failure Start following power failure 0 99 0 First Start Controller Startup basic settings are loaded 0 99 2 Manual Shutoff Manual switch Input D31 D32 set OFF 0 99 0 Hardware Fault Internal har...

Page 448: ...e gas defrosting 0 99 2 Check OD Alarm due to implausible opening degree see chapter Implausible opening position alarm 0 99 0 Extern Alarm Alarm for registering external alarms default text is CO2 Alarm 0 99 0 Menu 6 6 Em Powersupply Emergency Power supply EM POW SUP POS XXXXX Entry Default Cool funct OFF xxx Functionality of the cooling switched off during emergency power supply Y N Y N N Defr f...

Page 449: ...ing from supply air to return air and the reverse with temperature alarm delay time ON OFF OFF Dely_Switch xxxm Switching from supply to return air determines when it is switched within the delay time for the high temperature alarm 0 15 5 min Add Values xxx Creation of additional additive Debug actual value archives in the system centre store computer Warning This can force a reorganisation of the...

Page 450: ...Firmware V3 13 21 04 2021 450 466 instructed to lower the suction pressure which increases the accuracy with which the controller can maintain its setpoint ...

Page 451: ...statutory regulations based on the Directive 2012 19 EU WEEE2 on waste electrical and electronic equipment Ensure the environmentally friendly disposal of the packaging the product and its components at the end of their service life Observe the applicable national regulations and laws DANGER Warning of dangerous electrical voltage Danger of electric shock During dismantling the same safety instruc...

Page 452: ...Check 230 V power supply 120 Low temp zone 1 Lower limit value at the monitored control sensors in Zone 1 undercut Check parametrisation sensors installation 121 Low temp zone 2 Lower limit value at the monitored control sensors in Zone 2 undercut Check parametrisation sensors installation 122 High temp zone 1 Upper limit value at the monitored control sensors in Zone 1 exceeded Check parametrisat...

Page 453: ...the liquid solenoid valve Possibly check control sensors for wiring errors 138 Check t0 Zone1 The pack controller to has not been received via CAN bus priority is given to the messages check Z1 to check Z2 to Check pack number of the case controller check setting of the parameter Korroff to check CAN bus See also chapter Low temperature monitoring t0 Check t0 Zone2 139 Sensor Fault EEV Z1 Sensor f...

Page 454: ...onfiguration 179 CO2 Alarm External alarm specified as CO2 Alarm in the default settings 189 Refrigeration point disabled Block of the compressor enable 240 Setpoint changed A setpoint has been adjusted In the Master Slave mode the defrost relays are only switched off via temperature or safe defrost time In contrast during hotgas defrosting the relays are also switched off via the CAN bus even if ...

Page 455: ...all With controller type UA 141 E the return air coolers are monitored only for the low temperature setpoint With all other controller types no differentiation is made between sensor type for alarm Advanced settings Controller types UA 121 UA 131 UA 131 DD For the supply air sensor an optional warning value can be used In this case a separate alarm message is generated if the supply air exceeds th...

Page 456: ...frosting is suppressed due to high temperature or by demand defrosting Master slave defrost defrost sequenz via CAN bus If the defrost is not conducted then the alarm message No Defrost is generated by both the master and slave controller The generation of this message is coupled to the alarm delay time and thus is automatically sent by all affected controllers if no defrost takes place As long as...

Page 457: ... signalling of false alarms The following conditions apply Sensor break alarm effective prior to defrosting is NOT suppressed Sensor break alarm takes place with the set delay during any drain time that may be defined Sensor break occurring during defrosting and persisting beyond termination of defrosting is alarmed when the set delay expires Sensor break alarm suppression is effective with all ty...

Page 458: ...for the refrigerant is permanently open although the controller wants to shut the valve 100 valve opening degree is maintained for 30 minutes while temperature on sensor R5 x is greater than the return air setpoint No alarm takes place if sensor R5 x is not connected regardless of 100 opening degree being maintained longer than 30 minutes Check OP alarm can be configured Default setting is Priorit...

Page 459: ...2 12 22 92 are reserved for high priority alarms that affect the alarm relays PRIO1 and PRIO2 as well as the LEDs PRIO1 and PRIO2 on the front of the store computer The highest priority number in each group 9 19 29 99 is reserved for low priority alarms that should only generate local alarm signalling e g open cold room door All other priority numbers are intended for low priority alarms The lowes...

Page 460: ... controller types UR 141 TE KR 160 E and UK 100 E the priority for the No Defrost alarm signalling is set to 0 while this value corresponds to the global controller priority for all other controller types 11 3 Alarm routes When an alarm state is detected it is transmitted by the case controller by the following routes Controller alarm relay terminals 15 16 18 zero potential change over contact onl...

Page 461: ...etpoint change Manual shutdown Termination of defrosting by safe defrost time Failure of evaporating pressure measurement detected and signalled by VS 3010 pack controller via CAN bus Reporting of manual adjustment of valve opening degree in Superuser mode only If the user switches to manual definition of valve opening degree control is interrupted and a warning message Prio 0 is entered in the fa...

Page 462: ... devices as well as measures for the minimisation of overvoltage can be obtained from the manufacturer Transistor outputs 2 x 24 V DC pull down switching transistor with internal current limitation to 50 mA for lighting control and frame heater Digital inputs 4 x 230 V AC floating output Analogue inputs 1 10 x 2 wire temperature sensor for sensor types L243 K243 K277 5K3A1 UA 401 E only 5 Note If ...

Page 463: ...ells No special markings or measures for transport and storage are required up to a lithium amount of 2 5 kg per package total amount for pallets or containers Temperature range Transport 20 C 80 C Operation 0 C 50 C Temperature change Transport max 20 K h Operation max 10 K h Relative humidity non condensing Transport 5 85 Operation 5 85 Shock according to DIN EN 60068 2 27 Transport and operatio...

Page 464: ...le All dimensions in mm 12 3 Mechanical data of the temperature sensor L243 5K3A1 All dimensions in mm Sensor type lenght order number L243 l 3 0 m KGLZTEMP56 l 5 8 m KGLZTEMP58 5K3A1 l 8 5 m KGLZ5K3A1 KGLZ5K3A1S For detailed information of the temperature sensors see data sheet Temperature sensors ...

Page 465: ...tter 4 20 mA 0 10 bar 1 26 bar 1 61 bar 1 161 bar KGLZDRUCK3 KGLZDRUCK4 KGLZDRUCK5 KGLZDRUCK6 Humidity and temperature sensor Combined humidity sensor 4 20 mA and temperature sensor Pt1000 4 wire for wall mounting KGLZPTHYGR Operator Interface and Temperature display BT 300 M Operator Interface handheld operating terminal for service with 2 8 m connecting cable BT 300 S Operator Interface for pane...

Page 466: ...LICHUNG BESTIMMT 14 1 Kältemittel EN Menü 6 2 6 Supported refrigerants R404A R744 CO2 R134a R410A R717 NH3 R22 R290 R407C R507 R1270 R402A R502 R407F R422A R422D R408A R407D R407A R427A R438A R152a R170 R600 R600a R449A R450A R448A R455A R447B R1234ze R1233zd R1234yf R513A ...

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